GOVERNMENT OF INDIARevised Guidelines on

Credit Linked Capital Subsidy Scheme (CLCSS)for

Technology Upgradation

ofSmall Scale Industries (SSI)

(As on April 20, 2006)

Office of the Development Commissioner (MSME)Ministry of Small Scale Industries

Government of IndiaNirman Bhavan, New Delhi­110011

These guidelines can also bedownloaded from the following Websites :www.smallindustryindia.gov.inwww.laghu­udyog.gov.in

INDEX

Sl.No.

CONTENTS

1. Guidelines of the Credit Linked Capital Subsidy Scheme(CLCSS)

2 Appendices:­a) Approved list of Well Established and Improved Technologies under the CLCSS (Appendix­ I ) i) Bio­tech Industry ii) Common Effluent Treatment Plant iii) Corrugated Boxes iv) Drugs and Pharmaceuticalsv) Dyes and Intermediates vi) Industry based on Medicinal and Aromatic plants vii) Plastic Moulded/ Extruded Products and Parts/ Components

viii) Rubber Processing including Cycle/ Rickshaw Tyres ix) Food Processing (including Ice Cream manufacturing) x) Poultry Hatchery & Cattle Feed Industry xi) Dimensional Stone Industry (excluding Quarrying and Mining)xii) Glass and Ceramic Items including Tilesxiii) Leather and Leather Products including Footwear and Garmentsxiv) Electronic equipment viz test, measuring and assembly/ manufacturing, Industrialprocess control; Analytical, Medical, Electronic Consumer & Communication equipmentetc. xv) Fans & Motors Industry xvi) General Light Service(GLS) Lampsxvii) Information Technology (Hardware)xviii) Mineral Filled Sheathed Heating Elementsxxix) Transformer/ Electrical Stampings/ Laminations /Coils/Chokes including Solenoidcoils xx) Wires & Cable Industryxxi) Auto Parts and Componentsxxii) Bicycle Partsxxiii) Combustion Devices/ Appliancesxxiv) Forging & Hand Toolsxxv) Foundries – Steel and Cast Iron xxvi) General Engineering Works xxvii) Gold Plating and Jewelleryxxviii) Locksxxix) Steel Furniture xxx) Toysxxxi) Non­Ferrous Foundryxxxii) Sport Goodsxxxiii) Cosmeticsxxxiv) Readymade Garmentsxxxv) Wooden Furniturexxxvi) Mineral Water Bottlexxxvii) Paints, Varnishes, Alkyds and Alkyd productsxxxviii) Agricultural Implements and Post Harvest Equipmentxxxix) Beneficiation of Graphite and Phosphatexxxx) Khadi and Village Industriesxxxxi) Coir and Coir Productsxxxxii) Steel Re­rolling and /or Pencil Ingot making Industriesxxxxiii) Zinc Sulphatexxxxiv) Welding Electrodesxxxxv) Sewing Machine Industry

b) List of Primary Lending Institutions (PLI) (Scheduled Commercial Banks, State FinancialCorporation (SFC) & the NSIC Ltd, Cooperative Banks, Regional Rural Banks and NorthEastern Development Financial Institution, other nodal banks / agencies participating in thescheme (Appendix II).

c) Agreement for Financial Assistance under the CLCSS (Appendix III)

d) Application Form for Assistance under the CLCSS (Appendix IV).

e) Addresses of the SIDBI Head Office and its branches.

f) Addresses of the NABARD Head office and its field offices.

Credit Linked Capital Subsidy Scheme (CLCSS) for Technology Upgradation of the Small Scale

Industries 1. Background

1.1 The Ministry of Small Scale Industries (SSI) is operating a scheme for technology upgradation of SmallScale Industries (SSI) called the Credit Linked Capital Subsidy Scheme (CLCSS). The Scheme aims atfacilitating technology upgradation by providing upfront capital subsidy to SSI units, including tiny,khadi, village and coir industrial units, on institutional finance (credit) availed of by them formodernisation of their production equipment (plant and machinery) and techniques. The Scheme (pre­revised) provided for 12 per cent capital subsidy to SSI units, including tiny units, on institutionalfinance availed of by them for induction of well established and improved technology in selected sub­sectors/products approved under the Scheme. The eligible amount of subsidy calculated under the pre­revised scheme was based on the actual loan amount not exceeding Rs.40 lakh.

1.2 Due to insufficient investment and lack of awareness of both the quality standards and access to

modern technologies, a large percentage of SSI units continue with outdated technology and plant &machinery. With increasing competition due to liberalisation of the economy, the survival and growth ofthe SSI units are critically dependent on their modernisation and technological upgradation. Upgradationof both the process of manufacture and corresponding plant and machinery is necessary for the smallenterprises to reduce the cost of production and remain price competitive at a time when cheaperproducts are easily available in the global market.

1.3 It is in this background that the Finance Minister made an announcement in the Budget Speech of 2004­05

to raise the ceiling for loans under the Scheme from Rs. 40 lakh to Rs. 1 crore and rate of subsidy from 12per cent to 15 per cent. Further, in the light of the experience gathered in implementing the Scheme, certainother modifications were also required to make it more useful to the SSI units, including tiny, khadi, villageand coir industrial units, in taking up technology upgradation on a larger scale.

1.4 After considering these issues, the CLCSS has been amended as follows : (a). the ceiling on loans under the Scheme has been raised from Rs. 40 lakh to Rs. 1 crore;

(b). the rate of subsidy has been enhanced from 12 per cent to 15 per cent;(c). the admissible capital subsidy is to be calculated with reference to the purchase price of plant and machinery, instead of the term loan disbursed to the beneficiary unit;(d). the practice of categorisation of SSI units in different slabs on the basis of their present investment for determining the eligible subsidy has been done away with ; and(e). the operation of the Scheme has been extended upto 31 st March, 2007. The above amendments are effective from September 29, 2005.

2. Objective

2.1The revised scheme aims at facilitating technology upgradation by providing 15 per cent upfront capitalsubsidy with effect from the 29 th September, 2005 (12 per cent prior to 29.09.2005) to SSI units,including tiny, khadi, village and coir industrial units (hereinafter referred to as SSI units), on institutionalfinance availed of by them for induction of well established and improved technologies in the specified sub­sectors / products approved under the scheme.

3. Scope of the Scheme

3.1The scheme would cover the following technology needs / products/sub ­ sectors:

i) Bio­tech Industry

ii) Common Effluent Treatment Plant

iii) Corrugated Boxes

iv) Drugs and Pharmaceuticals

v) Dyes and Intermediates

vi) Industry based on Medicinal and Aromatic plants

vii) Plastic Moulded/ Extruded Products and Parts/ Components

viii) Rubber Processing including Cycle/ Rickshaw Tyres

ix) Food Processing (including Ice Cream manufacturing)

x) Poultry Hatchery & Cattle Feed Industry

xi) Dimensional Stone Industry (excluding Quarrying and Mining)

xii) Glass and Ceramic Items including Tiles

xiii) Leather and Leather Products including Footwear and Garments

xiv)Electronic equipment viz test, measuring and assembly/ manufacturing, Industrial process control;Analytical, Medical, Electronic Consumer & Communication equipment etc.

xv) Fans & Motors Industry

xvi) General Light Service(GLS) lamps

xvii) Information Technology (Hardware)

xviii) Mineral Filled Sheathed Heating Elements

xix) Transformer/ Electrical Stampings/ Laminations /Coils/Chokes including Solenoid coils

xx) Wires & Cable Industry

xxi) Auto Parts and Components

xxii) Bicycle Parts

xxiii) Combustion Devices/ Appliances

xxiv) Forging & Hand Tools

xxv) Foundries – Steel and Cast Iron

xxvi) General Engineering Works

xxvii) Gold Plating and Jewellery

xxviii) Locks

xxix) Steel Furniture

xxx) Toys

xxxi) Non­Ferrous Foundry

xxxii) Sport Goods

xxxiii) Cosmetics

xxxiv) Readymade Garments

xxxv) Wooden Furniture

xxxvi) Mineral Water Bottle

xxxvii) Paints, Varnishes, Alkyds and Alkyd products

xxxviii) Agricultural Implements and Post Harvest Equipment

xxxix Beneficiation of Graphite and Phosphate

xxxx) Khadi and Village Industries

xxxxi) Coir and Coir Products

xxxxii) Steel Re­rolling and /or Pencil Ingot making Industries

xxxxiii) Zinc Sulphate

xxxxiv)Welding Electrodes

xxxxv) Sewing Machine Industry

A list of Well Established and Improved Technologies is enclosed at Appendix­I. The cost of plant andmachinery mentioned in Appendix – I is only indicative. Actual cost may be taken for the purpose ofcalculation of subsidy

3.2As the Scheme progresses, the list of products / sub­sectors may be expanded by inducting new

technologies / products / sub­sectors with the approval of the Competent Authority, i.e. the Governingand Technology Approval Board (GTAB) / Technical Sub­Committee(TSC) of the CLCSS.

4. Nodal Agencies

4.1 The Small Industries Development Bank of India (SIDBI) and the National Bank for Agriculture and RuralDevelopment (NABARD) will continue to act as the Nodal Agencies for the implementation of thisscheme.

4.2 As decided in the 5 th meeting of the Governing and Technology Approval Board (GTAB) of the Credit

Linked Capital Subsidy Scheme (CLCSS) held on February 17, 2006 the following nine Public SectorBanks/ Government Agencies have also been inducted as nodal banks/agencies for implementation andrelease of capital subsidy under the CLCSS:

S. No. Name of Bank/Agencies

1. State Bank of India

2. Canara Bank

3. Bank of Baroda

4. Punjab National Bank

5. Bank of India

6. Andhra Bank

7. State Bank of Bikaner & Jaipur

8. Tamil Nadu Industrial Investment Corporation

9. The National Small Industries Corporation Ltd.

4.3 The inclusion of above­mentioned nodal banks/agencies will be in addition to the existing nodal agencies,

namely, the Small Industries Development Bank of India (SIDBI) and the National Bank for Agricultureand Rural Development (NABARD) under the CLCSS. These nodal banks/ agencies would considerproposals only in respect of credit approved by their respective branches, whereas, for other PrimaryLending Institutions (PLI), the SIDBI and the NABARD would continue to be the nodal agencies forrelease of subsidy under this scheme.

4.4 The cut­off date for implementing the above decision is April 04, 2006 . No proposals after this cut off

date will be sent to the SIDBI or the NABARD, as the case may be, by these banks/agencies and the newnodal banks/agencies would start processing proposals directly after this cut­off date for release ofsubsidy under the CLCSS.

4.5 Other modalities for implementing the above decision will remain the same as are currently in practice in the

case of the SIDBI and the NABARD. 5. Eligible Primary Lending Institutions (PLI)

5.1 All Scheduled Commercial Banks , Scheduled Cooperative Banks [including the urban cooperative banks

co­opted by the SIDBI under the Technological Upgradation Fund Scheme(TUFS) of the Ministry ofTextiles], Regional Rural Banks (RRBs), State Financial Corporations (SFCs) and North EasternDevelopment Financial Institution (NEDFi) are eligible as PLI under this scheme after they execute aGeneral Agreement (GA) with any of the nodal agencies, i.e., the Small Industries Development Bank ofIndia (SIDBI) and National Bank for Agriculture and Rural Development (NABARD).

5.2 Details of eligible Scheduled Commercial Banks, SFC, Cooperative Banks [including urban cooperative

banks co­opted by the SIDBI under the Technological Upgradation Fund Scheme(TUFS) of the Ministry ofTextiles]/ and RRBs under this scheme are provided at Appendix II.

6. Eligible Beneficiaries

6.1 The eligible beneficiaries include sole Proprietorships, Partnerships, Co­operative societies, Private and

Public limited companies in the SSI sector. Priority shall be given to Women entrepreneurs. 7. Types of units to be covered under the Scheme

i). Existing SSI units registered with the State Directorate of Industries, which upgrade their existing plantand machinery with the state­ of ­the ­art technology, with or without expansion.

ii). New SSI units which are registered with the State Directorate of Industries and which have set up their

facilities only with the appropriate eligible and proven technology duly approved by the GTAB/TSC. 8. Eligibility Criteria

i). Capital subsidy at the revised rate of 15 per cent of the eligible investment in plant and machinery under theScheme shall be available only for such projects, where terms loans have been sanctioned by the eligible

PLI on or after September 29, 2005 . Machinery purchased under Hire Purchase Scheme of the NSIC arealso eligible for subsidy under this Scheme .

ii). Industry graduating from small scale to medium scale on account of sanction of additional loan under CLCSS

shall be eligible for assistance. iii).Eligibility for capital subsidy under the Scheme is not linked to any refinance Scheme of the Nodal Agency

(ies). Hence, it is not necessary that the PLI will have to seek refinance in respect of the term loanssanctioned by them from any of the refinancing Nodal Agencies.

iv).Labour intensive and/or export oriented new sectors/ activities will be considered for inclusion under the

scheme. 9. Definition of Technology Upgradation

9.1Technology upgradation would ordinarily mean induction of state­of­the­art or near state­of­the­arttechnology. In the varying mosaic of technology obtaining in more than 7500 products in the Indian smallscale sector, technology upgradation would mean a significant step up from the present technology levelto a substantially higher one involving improved productivity, and/or improvement in the quality ofproducts and/or improved environmental conditions including work environment for the unit. It would alsoinclude installation of improved packaging techniques as well as anti­pollution measures and energyconservation machinery. Further, the units in need of introducing facilities for in­house testing and on­linequality control would qualify for assistance, as the same is a case of technology upgradation.

9.2Replacement of existing equipment/technology with the same equipment/technology will not qualify

for subsidy under this scheme, nor would the scheme be applicable to units upgrading with secondhand machinery.

10.Duration of the Scheme

Presently, the scheme is in operation up to March 31, 2007 or till the time sanctions of aggregate capital subsidydisbursed by the Nodal Agencies reaches Rs.600 crore,whichever is earlier.

11.Ceiling on eligible loan amount and capital subsidy

11.1The maximum limit of eligible loan under the revised scheme is Rs. 100 lakh. Accordingly, the ceiling onsubsidy would be Rs.15 lakh or 15 per cent of the investment in eligible plant and machinery, whicheveris lower.

i). In calculating the value of plant & machinery, the following shall be excluded, namely :

• the cost of equipments such as tools, jigs, dies, moulds and spare parts for maintenance and thecost of consumable stores;

• the cost of installation of plant & machinery;

• the cost of research & development equipment and pollution control equipment ( except wherethese have been approved for specific product/sub sector by the GTAB ;

• the cost of generation sets and extra transformer installed by the undertaking as per theregulations of the State Electricity Board; (except where gas based generation sets have beenapproved for specific product/sub­ sector by the GTAB).

• the bank charges and service charges paid to the National Small Industries Corporation Ltd or theState Small Industries Corporation;

• the cost involved in procurement or installation of cables, wiring, bus bars, electrical control panels(not those mounted on individual machines), oil circuit breakers or miniature circuit breakers whichare necessarily to be used for providing electrical power to the plant & machinery or for safetymeasures;

• the cost of gas producer plants ( except where these have been approved for specific product/subsector by the GTAB) ;

• transportation charges (excluding of sales­tax and excise) for indigenous machinery from the placeof manufacturing to the site of the factory;

• charges paid for technical know­how for erection of plant & machinery;

• cost of such storage tanks which store raw materials, finished products only and are not linked withthe manufacturing process; and

• cost of fire fighting equipment. ii). The amendments to the existing CLCSS are applicable with effect from 29.9.2005. The revised ratesare applicable only in cases where the loans have been sanctioned/ approved on or after September29, 2005 . Cases where the loans were sanctioned/ approved prior to September 29, 2005 will begoverned by the pre­revised guidelines regarding ceiling on subsidy (Rs.4.80 lakh), method ofcalculation of subsidy, etc.

iii).Units which have already availed subsidy under the pre­revised CLCSS scheme (before 29.9.2005),cannot claim additional subsidy on account of difference in the rate of subsidy which is nowpermissible under the revised guidelines.

12.Working Capital Requirements

12.1Since success of the technology upgradation scheme, to a large extent, depends upon the availability ofadequate working capital, lending institutions would like to be assured that the borrowing units havemade adequate arrangements for meeting the working capital requirements. Commercial banks shouldalso accord priority in providing adequate working capital support to the assisted units.

13.Other conditions for loans

i). Promoters' contribution, security, debt­equity ratio, up­front fee, etc. will be determined by the lendingagency as per its existing norms.

ii). Units availing subsidy under the CLCSS shall not avail any other subsidy for technology upgradation from

the Central/State/UT Government. However, cases covered under National Equity Fund (NEF) Scheme,

which are otherwise eligible under the CLCSS can also be covered under this scheme. iii). Units in the North­Eastern Region which are availing financial incentives/subsidy under any other

scheme from the Government in the Region would, however, be eligible for subsidy under theCLCSS.

iv). One of the main requirements for sanction of assistance under the technology upgradation scheme will be

availability of competent management in the unit concerned to carry out the upgradation programme and tomanage the operation of the unit efficiently. Towards this end, the lending agencies may stipulate conditionsas may be considered necessary.

14.Procedural Aspects

i). All the eligible PLI (excluding the new nodal banks / agencies) will have to execute a General Agreement(GA) for availing capital subsidy under the scheme, irrespective of the fact whether refinance is availed bythem or not.

ii). The PLI may have the flexibility to execute the GA with either of the nodal agencies or with both the nodal

agencies for providing subsidy to the eligible beneficiaries under the scheme. However, in the latter case,while claiming the subsidy from one nodal agency, the PLIs will have to give the undertaking to the nodalagency that they have not claimed subsidy under CLCSS in respect of the beneficiary unit from the othernodal agency (as the case may be).

iii). After sanction of the assistance, the eligible PLI will get an agreement executed with the concerned SSI unit

on behalf of Government of India (GoI). Format of the agreement to be executed by the eligible PLI with theSSI unit is provided in Appendix III.

iv). The eligible PLI would obtain application for assistance under the CLCSS in the prescribed form provided

in Appendix – IV. v). The eligible PLI shall furnish subsidy forecast on quarterly basis, through their Head Office (HO), which will

act as a nodal office, to the Regional Office (RO)/Branch Office (BO) of the SIDBI or the NABARD (as thecase may be) located in the region. The subsidy forecast information for every quarter on or before 1 stMarch for April­June quarter, on or before 1 st June for July­September quarter, on or before 1 st Septemberfor October­December quarter and on or before 1 st December for January­March quarter, may be furnishedas per prescribed format.

vi). The eligible PLI would release the subsidy amount with each installment of loan in a manner

proportionate to the amount of term loan disbursed (on pro­ rata basis), subject to the ceiling of theterm loan/ subsidy amount as per applicable guidelines of the CLCSS.

vii). The eligible PLI shall furnish details of release of subsidy to the beneficiary units, together with the request

for replenishing advance money placed with PLI for release of subsidy, on quarterly basis on March 1, June1, September 1 and December 1. The requests of PLI for replenishment of advance money for subsidy,however, would be entertained by the nodal agencies only on receipt of complete details of subsidy released

to the beneficiary units. viii).The eligible PLI shall be responsible for ensuring eligibility for sanction of subsidy to the SSI units in terms

of Government of India guidelines under this scheme and also for disbursal and monitoring of the assistedunits.

15.Other Parameters

i). The Governmental assistance cannot be utilised for the purposes other than for which it has beensanctioned. The eligible PLI shall have to strictly follow this norm and no deviation would be permitted.

ii). In case, it is found that capital subsidy from the Government has been availed of on the basis of any

false information, the industrial unit shall be liable to refund the Government the capital subsidy availed,along with interest to be charged from the date of disbursal to the date of refund. The rate of interestshall be the prime lending rate of the PLIs concerned at the time of invoking this penal clause.

iii). The eligible PLI shall, therefore, incorporate suitable conditions in respect of point at (ii) above in their

security documents entered into with the unit, which would give necessary authorisation to proceedlegally in such eventualities.

iv). The credit risk under the Scheme will be borne by the eligible PLI and as such, they will have to make their

own commercial judgement while appraising the project. The credit decision of the eligible PLI will be final. v). There shall not be any binding obligation on the part of the nodal banks/ agencies to obtain sanction from

GoI for the government assistance in respect of the proposals which are covered under the CLCSS. vi). Both the SIDBI and the NABARD shall have the right to inspect the books of eligible PLI and the loan

accounts irrespective of whether refinance is availed or not from the Nodal Agency (ies) under this Schemeand/ or call for any other information as may be required by GoI from time to time.

vii). Both the SIDBI and the NABARD shall have the right to recall from eligible PLI the entire amount of the

capital subsidy in respect of their assisted units irrespective of whether or not the eligible PLI haverecovered the said subsidy from their units, if they come to the conclusion that any of the accounts donot conform to the policies, procedures and guidelines laid down under the CLCSS guidelines and asstipulated by the GoI/the Nodal Agencies from time to time.

viii).The beneficiary unit shall remain in commercial production for a period of at least three years after

installation of eligible plant and machinery on which subsidy under CLCSS has been availed. 16.Monitoring of the scheme

16.1The scheme is monitored by the Governing and Technology Approval Board (GTAB of the CLCSS. TheSecretary (SSI) is the Chairperson of the Board and the Additional Secretary & DevelopmentCommissioner (SSI) is its Member­Secretary. The GTAB would also periodically review the functioning ofthe scheme. There is a Technical Sub­Committee under the GTAB to consider inclusion of new sub­sectors/products and Well Established and Improved Technologies under the Scheme

APPENDIX­I

i. Bio­tech Industry. (Cost mentioned is only indicative)

Sl. No. Activity Technology Need Cost (Rs. inlakh)

Advantages

1 Manufacturing &Processing.

Fermentation orBioreactor.

50 Technology fornew emergingarea.

Lyophilizer. 15

Refrigerated centrifuge. 5

Thermocycler.. 20

DNA/Micro organismsynthesizers/sequencer.

50 ­80

Sterlisation and autoclaveequipment.

Incubators. Variable as peractuals.

High Pressure LiquidChromatography/(HPLC).

­do­

Spectrophotometers(UVSpectrometer).

­do­

ii. Common Effluent Treatment Plant. iii. Corrugated Boxes.

Sl.No.

Activity Technology Need Cost (Rs. inlakh)

Advantages

1 Manufacturing& Processing.

Automatic corrugated makingplant

35 for 3 plyand 60 for 5ply

3 – 5 ply can be madewithout any manualpasting on automaticmachine, automatic dryingfacilities, improvesproductivity and quality ofboard.

Thermic fluid boiler or steamboiler using agri residue.

7 ­ 10 Heats up entire length ofthe roll uniformly, morethermal efficient

Web based coating machine forwater based coating

75(Imported)

Larger size of printing andfaster drying of the printedmaterial.

Folder gluer ­ semi­automatic/­automatic.

4 ­ 10 Rust free pasting suitablefor packaging of food

2. Printing. Multi colour flexo printer slotterfor flexographic printing

7 processed products.Webbased coating is echo­friendly, food grade,recyclable and being waterbased, free from firehazard.

3. Testing &Quality Control.

Micro processor based burstingstrength tester

2 Equipment for testingstrength of the box.

Micro processor basedcompression strength tester.

3 Equipment for testingcompression strength ofthe box.

Micro processor based crusttester.

1.75 Equipment for testing edgecrush, flat crush and pinadhesion strength of thebox.

iv) Drugs and Pharmaceuticals.

Sl.No.

Activity Technology Need Cost (Rs. inlakh)

Advantages

Tablet and capsule section .

1. Dispensing. Reverse laminar flow equipment. 1.50 Safety ofpersonnel.

2. Weighing. Automatic electronic balance 300 kg.;150 kg. and 1 kg.

0.50­2.dependingon the model.

Accurate weighingof raw materials;Increasedproductivity.

3. Mixing andgranulation .

Rapid mixer granulator 200 L capacity. 3 to 4 Increasedproductivity; betterquality product.

4. Dry granulation. Roller compactor. 1.50 to 3 Increasedproductivity.

5. Drying. Fluidized bed dryer 200 L capacity. 3 ­50 Increasedproductivity.

6. Size reduction. Clitzmill or Cadmill. 0.40 Increasedproductivity.

Oscillating granulator. 0.15 Increasedproductivity.

7. Sifter. Vibrating sifter 24 inches diameter Increasedproductivity.

8. Coatingsuspension.

Colloid mill 0.80 Increasedproductivity.

10. Compression. 16 station rotary tablet machine. 2 Increasedproductivity.

27 station rotary tablet machine. 3.25 Increasedproductivity.

11. De­dusting oftablets.

On­line de­duster. 0.25 Improved productquality.

12 Capsule filling. Semi­automatic capsule filling machine. 6 Increasedproductivity.

13. Capsulepolishing.

Automatic polishing machine. 2 Increasedproductivity.

14. Printing ofpackagingcartons.

Semi­automatic. 2 Increasedproductivity.

Liquid oral section

15. Watergeneration.

RO water plant. 6

16. Mixing vessel. Variable speed stirrer. 0.50 Increasedproductivity.

17. Homogenization.. Colloid mill. 0.75 Increasedproductivity; Betterproduct quality.

18. Bottle washing. Automatic rotary line. 4 Increasedproductivity, betterproduct quality.

19. Liquid transfer. Transfer pump. 0.20 Increasedproductivity.

20. Filling machine. 4­ head automatic filling machine. 2 Accurate fillvolumes.

Injectable Section

21. Filtration. Filter cartridges. 0.50 to 1 Increasedproductivity.

22. Integrity of themembrane filter.

Bubble point apparatus. 0.75 Better productquality.

23. Vial fillingmachine.

Automated filling machine with sealingfacility.

5 Increasedproductivity; bettercontrol on productsterility.

24 Equipment for S.S. Horizontal Autoclaves (Steam, 1.70 Increased

Sterilisation byMoist Heat.

Sterilizers), Double Door with automatedcontrol and monitoring systems aselectronic timer with Digital indicator,automatic Low Water cut off device,temperature recorder (Thermograph) andpressure gauges.

productivity bettercontrol on theproduct qualityand sterility.

25 Equipment forSterilisation bydry Heat.

S.S. Dry Heat Sterilizer (Class 100 withHEPA filter, Fully automatic S.S. ControlPanel with Printer memory circuit, fixedprobes and Thermo­graph for recordingeach sterilization cycle S.S. Coolingsystem, sealed Dampers, motorizedinternal Baffles, S.S. Loading trolley, S.S.Carriage.

10 ­11 Increasedproductivity bettercontrol on theproduct qualityand sterility.

Dry Syrup Section

26. Filling machine. Automated auger filling machine. 2 Increasedproductivity.

27. Labeling. Automated labeling machine. 2 Increasedproductivity.

Lactum Tab/Cap Machine .

28. Acetum Tab/CapMachine.

1)Blister Pack Machine.2) Strip Packing Machine.

3.80 2

These machinesare required toavoidcontamination withother non­B­Lactumgroup products.

Quality Control Department

29. Drug assay. High performance liquid chromatograph. 12 Accurate druganalysis.

30 Pollution control. Effluent Treatment Pollution Controlmachinery.

10 – 15 Biochemicaltreatment ofeffluent removes90 to 95% ofsoluble organicmatter in thewaste.

31. MicrobiologicalLab in QualityControlDepartment.

1) B.O.D. Incubators.

2) Incubators.

3) Laminar Air Flow.

1

0.45

0.75

These machinesare required toimprove the qualityof the finishedproducts by way oftesting.

Environment Control Devices.

32 Air conditioningand humiditycontrol of alltypes of areas.

Air conditioning. Humidity controlequipment (Dehumidifier).

0.20 –0.30per ton 0.10­0.25 per tonfor Desiccantbased; 0.06to 0. 10 perton for Chillerbased.

Improve productstability, enhancepersonal comfort.

Air handling forparenteral (Sterile)area.

Air handling unit with HEPA filters,Ducting with insulation; Chilled waterpiping; electrical cabling and panels;chilled water pump; chilled water control.

0.20 per ton0. 30 ­ 0.35per ton.

Improves productquality, enhancedpersonal safety.

Air handlingother forparenteral area.

Air handling unit with 5 micron filters. 0.15 per ton Improves productquality, enhancedpersonal safety.

Miscellaneousfittings.

Ducting with insulation; chilled waterpiping electrical cabling and panels;chilled water pump; chilled water control.

0.20 ­ 0.25per ton.

. General 1) Reverse Laminar Air Flow.

2) Dust Extractors.

3) Non A.C.­A.H.U. in Terms of C.F.M.

0.60

1

0.50 per unit.

To avoidcontaminationduring dispensingof raw materials.

To controlenvironment atmanufacturingsection where dustis generated.

To controlenvironment atmanufacturingsection where dustis generated andAir conditioning isnot required, onlyfiltered air isrequired.

N 2 O Gas for Hospital use.

33. Testing andquality control.

Gas Chromatograph and Moisture Meterfor On­line Quality Control for Purity of N 2O Gas used for anesthetic purpose.

Variable asper actual.

For controlling thepurity of N 2 Ogas.

b).Antacid Bulk Drugs like Aluminum Hydroxide Gel, Magnesium Hydroxide, MagnesiumTrisilicate etc .

Sl. No. Activity Technology Need Cost (Rs. inlakh)

Advantages

1 Reaction. S.S. Reactor. 4 for capacityof 15000 litre.

1.Tremendousimprovement in the quality.2. Teak wood trees aresaved resulting in betterenvironment &atmosphere.

2 Reaction. Glass lined Reactor. 40 for capacityof 10000 litre.

1.Tremendousimprovement in thequality. 2. Teak wood trees aresaved resulting in betterenvironment.

3 Filtration. P.P. Filter Press. 8 for 60 pairs. 1. Quality improvement. 2. Time saving Device. 3.Saving of waterconsumption. 4.Quantitativeimprovement.

4. Drying. S.S. Dryer with modernfacilities Spray/Flash.

40 1. Anti Air pollution device.2. Improves the quality ofthe product. 3.Free from foreigncontamination.

5. Centrifugation. Centrifuge (S.S. or RubberLined).

10 1. Quality of the productimproves. 2. No corrosion. 3. Saving of time. 4. Saving of labour.

6. Raw material andfinished productweighing.

Electronic WeighingMachine.

0.15 1. Saving of time. 2. Saving of labour. 3. No loss of material. 4.Increase in theprofitability.

7. Quality control. Laboratory Equipment oflatest technology,spectrophotometer, GasChromatograph & others.

10 1. To get the best possibleprecise results. 2. Less time consuming &immediate results display.

8. Pulverisation. Latest technologypulverisers Impact Type.

4 1.Quality of productsimproves due to finestparticles. 2.Physical loss of material

is very less.

v). Dyes & Intermediates.

Sl. No. Activity Technology Need Cost(Rs.inlakh)

Advantages

1. Filtration System. Membrane FiltrationSystem.

10.­12 Improved filtration systemprevents formation of hard cakeand improves filtration byreducing total dissolved solids(TDS) .

2. Ice Flaker. Flaker with Silo andScrew conveyer.

8 ­10 ­Ice could be made from softwater so that less insoluble inproducts has better solubility. ­Ease in charging ice since it isautomatic. ­No spillage and loss of energy. ­No water losses and latent heatloss as compared to presentpractice. ­Better process control.

3. Reactors. Closer vessels withplanetary gears and highspeed turbine stirrers.

Depends onthe batchsize.

­Better mixing of reactants, ­Low power consumption, ­Better yields.

4. Product DryingSystem.

Flash dryers or RotaryVacuum Dryers­RVD.

10 ­12 ­Low cost drying with minimum orno handling. ­Instant drying with nopulverizing. ­RVD effective for heat sensitiveproducts. Low initial investment ascompared to the Spray Dryer.

5. Incinerator. Use of Gasifier withslurry economizer.

5 ­7 ­Alternate fuel like rice husk, sawmill waste etc. could be used socheaper. ­Heat recovery leads to lowtemperature emissions and lesscost and no corrosions to thechimney .

6. Blenders. Nauta Mixers. 12 ­13 ­Energy Efficient, No breaking ofGrains.

Less dusting and no manualcharging and discharging.

vi). Industry based on medicinal and Aromatic Plants.

Sl. No. Activity Technology Need Cost (Rs. inlakh)

Advantages

1. Extraction ofresinoid fromrefused material .

Solvent extraction unitattached with stripping unitExtractor capacity – 500kg. Stripping unit Capacity– 100 kg.

40 Proper utilization of refusewaste material forimproving, economy ofthe process.

2. Menthol BoldCrystal.

Deep freezers andextraction unit deep freezercap. 250 kg. Extraction unitcap 180 kg.

25 Used bulk drugs, panmassala, Tobacco &Flavour products.

3. Manufacturing ofAromachemicals.

• Hydroxycit­

Ronellal.

2.Ionones.

3.Rose crystals .

4.Orangecrystals.

1.Glass lined reactor cap60 liters.

2. Chilling plant cap 2.5tones.

3. Fractionation unit cap180 kg.

30 Used in Fragrance &Flavour industries.

4. Extraction ofGood QualityNeem oil usingcold pressexpeller.

Cold press expeller forextraction of Neem oil withhigher Azadirachtin content.(Capacity of expeller – 9Bolts).

2.50 To obtain Neem oil ofimproved quality forpreparation of pesticideand other pharmaceuticalpreparation.

5. Qualityassessment ofessential oils.

Establishment of modern(accreditated) equippedwith sophisticatedequipment lab.

10 Proper qualityassessment of essentialoils.

vii).Plastic Moulded/ Extruded Products and Parts/ Components including reinforcedplastic/composite material.

(a) Plastic Moulded/ Extruded Products and Parts/ Components.

Sl. No. Activity Technology Need Cost (Rs. inlakh)

Advantages

1. Moulding. a) fully automatic Microprocessor controlledPlastic InjectionMoulding machines.

10 ­ 20 Very high rate ofproduction , costeffective, no wastage,better and consistentquality.

2. Tool making. b) CNC Milling Machinefor In­ house Tool room.

33 For production ofquality dies andmoulds.

b).Plastic Moulded /Extruded products and Parts/components ( products based on reinforcedplastic/composite material).

Sl.No.

Activity Technology Need Cost

(Rs. in lakh)

Advantages

1 Manufacturing. Hydraulic Press. 45 PLC controlled­forconstant and fast cycletime. Unit can get 8batches instead of 6batches per day.

2

Filament windingmachine.

0.50 This is advancedtechnology for makingFRP pipes by using lowcost material. Rovingsare used instead ofwoven fabrics to savecost.

3 Pultrosen machine. 1. 50 Latest technologymachine with reverseof extrusion­Pultrosenmoulding forcontinuous mouldingof section for structuralapplication providedwith 3 productionstations.

3 times product can bemade with 3 differentdies at a time.

4 Impregnatingmachine.

3. 50 To make ‘B' stage –prepeg impregnatedmaterial for constant

quality of industrialplastic laminates.

5 Boiler. 13. 50 High pressure 250 psi­3.0 ton integralfurnace boiler with fuelefficiency condensaterecovery system.

6 Oven. 1 Infra red heaters tosave electrical energy30%­40%.

7 Resin Kettle. 0.50 Normal good plant formaking resins.

8 Guillotine Jointer. 2 Hydraulic clamping andhydraulic cutting toavoid rejection whilecutting.

9 Plastic extrudermachine with cutter.

1.64 Increased productioncapacity, efficiency,less rejection rate andless cost of production.

10 Plastic pulviriser withscreen.

1.65

c). Fibre glass Reinforced Products.

Sl. No. Activity Technology Need Cost

(Rs. in lakh)

Advantages

1. Trimming of formedplasticcomponents.

Pneumatic hand tools.

Receiver, Pneumaticpiping & Dehumidifier.

0.05

6.20

Less maintenance andbreakdown cost.Uninterrupted warmingless rejection sinceoperating at higherspeed than electricaltools. Energy conservation.

2 Plastic componentsbonding.

Electronic vibrationwelding & pressingmachine.

2.25 Friendly environment,less cycle time, costsaving.

3 Slots forcomponents.

Power press withinterchangeable diesPress.

0.85 Cost saving due toless rejection.

4 Painting on plastic& FRP product.

Air handling equipment.Dehumidifier.

0.90

0.20

Superior finish withglass.

d). Thermocol packaging.

Sl.No.

Activity Technology Need Cost (Rs. in lakh)

Advantages

1 Manufacturing. Fully automatic PLChydraulically operatedMoulding machine.

As per prevalentmarket rate.

Increased productivityand efficiency.

viii). Rubber Processing including Cycle/ Rickshaw Tyres.

Sl. No. Activity Technology Need Cost (Rs. in lakh)

Advantages

1 Small RubberMouldings, such as,oil seals, washersetc.

Injection mouldingMachine.

25 Very high rate ofproduction, minimumwastage, better andconsistent quality.

2 Continuousvulcanisationsystem.

Roto­cure machine. 75 ­100 Continuous productionof high quality rubbermats. Wastage isminimum, output high.

3 Rubber mixing. Kneader/ Banbury internalmixer.

10­ 15 Suggested for the unitswhere soft compoundsare used for themanufacture ofproducts like hawaisheets, mats etc.Relatively high output,less pollution due toavoidance flyingchemicals.

4 Extruded products. Clod feed extruder. 20 ­ 25 By using thismachinery, theadditional operation ofwarming of rubbercompound prior toextrusion can beavoided. Thisincreases out put of theunit as this eliminatesone intermediateoperation.

5 Rubber bands. Multi channel extruder. 8­10 Presently the rubberbands are being

manufactured fromlatex by dippingtechnology. By usingmulti channel extruder,rubber bands can bemanufactured from dryrubber. Advantages arehigh out put, nopollution, minimumcost of production.

6 Items such ashawai sheet/rubbermats. etc.

Sheeting line. 20­30 High out put, minimumwastage, uniformquality.

7 Rubber mouldings. De flashing system. 15­20 High output, minimumrejection.

8 Heating system. Thermic fluid . 5 ­ 10 Uniform heating andmore thermalefficiency.

9 Hydraulic press. Vacuum chamber typehydraulic mouldingmachine.

30 ­ 40 Eliminate bumbingoperation for theremoval of entrappedair in the product.Minimum rejection highoutput.

10 Testing equipment. 1.Rheometer.

2.Tensile testing machine.

3.Mooney viscometer.

4.DIN/Abrader.

5.De­Mattia FlexingMachine.

6.Goodrich Flexometer.

7.Ross Flexing Machine.

8.MST Apparatus for latex.

9.Viscometer for latex.

20­ 25

15.­ 20

15 ­ 20

5

4

10

5

4

3

Introducing state­of­theart testing facility for in­house testing andonline quality control.

b). Latex Based Male Condoms.

Sl.No. Activity Technology Need Cost

(Rs. in lakh)

Advantages

1. Sealing &packaging.

Sealing Machine withfacility for sealing bothsquare and rectangular typeformats with on line printingand v notch cutting facility.

5.50 Saving in laminateconsumption, higher yield,on line printing of individualstripes by means of hot foilstamping as per statutoryrequirement for exports.

2. Testing. Burst Volume BurstPressure Equipment fullyautomatic with electronicsensors software andcomputer – with 2 testingstations.

5 Increase of efficiency intesting, accurate results ,batch results are generatedby the systemautomatically.

3 Testing. Conductivity Tester withsoftware.

5.50 Products are testedelectronically and testresults are recorded in thecomputer with accuracy.

4 PollutionControl.

Pressurized VentilationSystem with filtered air,temperature and humiditycontrol.

12 Reduction in pollution byreducing dust inmanufacturing area, betterworking conditions. Toobtain required humidity forimprovement in quality ofproduct.

c) Rubber Processing – Crumb Rubber.

Sl. No. Activity Technology Cost (Rs. in lakh)

Advantages

1 Rubberprocessing­crumb rubberunits.

Bio­mass Gasifierbased dryingfurnace.

8 to 10 1 Saving of conventional fuel(diesel/electricity).

2 Reduction of woodconsumption up to 50%.

3. Environment friendlytechnology.

4 Easy to operate andmaintain.

ix). Food Processing (including Ice cream Manufacturing).

a). Food Processing.

Sl.No.

Activity Technology Need Cost(Rs. inlakh)

Advantages

1. Pickles, Saucesand Chutneymanufacturing.

Automatic fruits and bottleswashing machine withconveyor, blower, pump andagitator, fruit and vegetablecutting machine, stainlesssteel double walled steamjacketed kettles (tiltingtype), boiler, pulper/crusher,sterilizing tank/retort,mixer­cum­blender, spiceroaster­cum­grinder, fillingand sealing machine (crownand corking machine),shrink wrapping,, strappingmachine, laboratoryequipment, effluenttreatment system.

20 Improvement in sanitaryand hygienic conditions,micro contamination,quality and productivity.

2. Spice grinding. Cryogenic grinding,automatic FFS packaging.

20 Improves sensoryqualities, productivity aswell as shelf life of theproduct.

3. Bakery products

Manufacturing.

Shifting from semi­mechanisation tomechanisation, replacementof coal/wood fired oven to oilfired/electric oven, Bio massfired multipurpose drier,energy efficient low costbakery oven (wood fired)installation of quality testinginstruments.

40 Improves quality and shelflife of the product, reducessmoke nuisance.

4. CashewProcessing .

Boiler, heat exchanger withcomplete accessories,packaging machine,electronic weighing machine,etc.

20 Recovery of cashew nutshell liquid, enhancementof shelf life of cashewnuts, less pollution.

5. Rice Milling withrubber roller cumsheller (withoutparboiling) and

Paddy cleaner, destoner,rubber roller cum Sheller,paddy separator, boiler, parboiling system, dryer, colour

90 to 100 Better polished, lessbreakage and high yield ofrice, bran suitable for oilrecovery, good export

modern rice millingwith parboilingsystem.

sorter, cone polisher, qualitycontrol lab and pollutioncontrol.

opportunity forscented/Basmati rice.

Wheat Flour Mill

1. a) CleaningSection.

1) All Metal Aspirator VibroSeparator.

2) Scourer with AspirationChannel.

3) D'Stoner with Fan &Cyclone.

4) Water Wheel Damper.

5) Low Pressure Fan.

6) Air Lock with Glass &Stand.

7) Cyclone.

8) Warm Conveyor.

9) Elevator­Bucket size.

10) Air Ducting.

11) Gravity SpoutingCleaning System.

0.70

0.55

1.20

0.08

0.30

0.11

0.15

0.70

1.80

0.42

0.80

Modern mill producingatta, maida, suji and bran.

b) Milling Section. 12) Roller Mills includingGrooving & Grinding.

13) Wooden Plan Sifter &Feed 16 Sieves.

14) All Metal Purifiers.

15) Bran Finisher.

16) Low Pressure Fan.

17) Low Pressure Cyclone.

18) Air Lock with Stand.

19) Air Conducting forPnumatic & Purifier.

20) Warm Conveyor 8'sizefor Milling Section Pneumatic

6.80

1.70

0.50

0.22

0.15

0.15

0.04

0.40

0.70

1.95

System including Cyclone,Feeder, Rubber, Glasses,H.P. Fan, Lifet.

21) Pipe Bend etc.

22) Gravity Spouting ofMilling Section with Hoopers,Packing , Stand etc.

23) Magnets.

24) Reduction Gear Box.

25) Swiss Bolting Cloth,Sifter, Purofier, Pad, Nam.

26) V'Belt for completeMill(Fenner/Dunlop).

27) V'Belt Motor, Pully for allmachines.

28) Motor Rail FabricatedFabrication Material­PlanSifter, Cyclone, Air Ducting,Warms, H.P. Fan, Stand,Pneumatic.

29) System Fitting etc.

1.40

0.16

0.24

0.70

0.40

0.30

0.15

1.50

7. Ice creamManufacturing.

1. Homogeniser.

2.Continous freezers.

3. Automatic ice cream barfreezer.

4. Automatic rotary fillers.

5. Hardening Chamber.

6. Automatic wrappingmachine.

Quality control lab.

Variable asper actual.

Improved quality andproductivity of ice creamand maintenance ofsanitary and hygienicconditions.

b). Namkeen.

Sl. No. Activity Technology Need Cost(Rs.inlakh)

Advantages

1 Namkeenmaking.

Bio­mass Gasifier basedfurnace.

3 ­4 1. Replacement of 10­15litre/hour diesel with localbiomass. 2 Eco­friendly. 3 Cost effective.

c). Sweet meat .

Sl. No. Activity Technology Need Cost(Rs. inlakh)

Advantages

1 Sweet meatmaking.

Bio­mass Gasifier basedFurnace.

1 1. Replacement of 5­6litre/hour diesel with localbiomass. 2. Eco­friendly. 3. Cost effective.

x). Poultry Hatchery & Cattle Feed Industry.

Sl. No. Activity Technology Need Cost (Rs.in lakh)

Advantages

1 PoultryHatching.

1. Fully controlled sanitation and

hygienic conditions ofemployees and premises.

2. Vaccination to new hatchedchicks (automation).

3.Fully automatic and controlledincubation system with qualitycontrol labs .

4.Pollution control equipment.

Variable asper actuals.

• Quality hatched withmore disease resistancecapacity.

• Better value additionthrough export of day oldchicks.

2 Cattle feedmanufacturing.

1.Cleaning operation of rawmaterial by using machine.

2.Automatic control grinding ofraw material.

3. Fully automatic controlledblender for mixing of vitaminsand minerals.

4. Complete Palletising unit.

Variable asper actuals.

More demand ofcattle/poultry and fish feedin palletized form.

High value addition andexport opportunities.

5 .Automatic packaging system.

6. Quality control testing lab.

7. Pollution control equipment.

8. Energy conservation/energysaving system based on energyaudit report.

xi). Dimensional Stone Industry ( excluding quarrying and mining)

Sl. No. Activity Technology Need Cost (Rs. inlakh )

Advantages

1. Stone Processing. Blocks Cutting Technology:(Block squaring machine, blockcutters).

20 Capacity Enhancement,Uniform quality.

Slab Cutting Technology: (Gangsaws, Granite cutters,Sandstone cutters).

85 Capacity Enhancement,Uniform quality.

Tile cutting Technology: (TilingPlant, Splitting Machines).

95 Better quality CapacityEnhancement.

Surface Finish Technology(Automatic Polishing Lines,Continuous Polishing Lines,Bush Hammers, Flame Jets,Ageing machines, EdgePolishing Machines, Grindingand Lapping Machines.

95 Better quality, CapacityEnhancement.

Resin Impregnation Technologyfor stone strengthenhancement (resin coatingplants, ovens, compressors,resin guns etc.).

65 Higher recoverypercentage capability toprocess newer varietiesto international norms.

Technology for Integratedmanufacturing : (CNC operatedWork Centres, sculptingmachines).

90 Capability to mass­produce intricate productpatterns, high precision.

2. Products Design. Laser Technology DuplicatingMachines, Pantographs, etc. forsculpting and duplicatingartwork and monuments.

90 Capability to mass­produce intricate productpatterns, maintain highprecision and introducenew product lines.

3. Edge Profiling. Chamfering machines, profiling 75 Capability to mass­

machines, contouringmachines.

produce intricate. profilesand introduce newproduct lines.

4. Packaging. Tile Packaging MachinesSegregation & SortingMachines, Foam Packagingmachines.

20 Packaging for exportmarket so as to enhancevalue and reducebreakage in transit.

5. EnvironmentConservation &Management.

Water Recovery & WasteDisposal Technologies(including filter press,sedimentation tank, overhead/underground tank, piping andchanneling etc.).

20 Recovery of water,reduction in wastevolume, improvement inambient air, soil andwater quality.

6. Waste Utilization. Machines using slurry as a rawmaterial.

50 Reduction inenvironmentaldegradation.

7. Testing andStandardization

In house TestingTechnology (sizing & calibrationequipment.

10 Quality control.

xii). Glass and Ceramic Items (Insulator ceramic, electrical ceramics, porcelain, Bone china ware,

Stone ware, earthen ware, Terra­cotta ceramic ) including Tiles a). Glass Products

Sl. No. Activity Technology Need Cost(Rs. inlakh)

Advantages

1. Melting. Improved Gas Fired 12­Pot Furnace.

30 The improved version willhave better fuel efficiencyand longer life as comparedto the conventional one.

Day Tank Furnace. 15 Operation of Day TankFurnace is intermittent likethat of a Pot Furnacewithout the hassles of Potbreakage. It may beemployed in case of demandof a particular kind of glassis 500 kg. to 5 T/day.

2. Pot­Preheating. Improved Single PotArch.

1.50 In the conventional PotArch, pots can be preheatedproperly and also themaximum achievabletemperature is 950°C as

against the requiredtemperature (1200°C)chances of developingcracks in pot are higher. Theimproved version of PotArch overcomes thesedifficulties.

3. Pot making. Set up of differentmachines.

10 The improved Pot makingfacility will have themachines like Jaw Crusher,Blender, Pug – Mill, EdgeRunner etc. for processingof raw materials and alsotemperature and humiditycontrolled room for moldingand drying of Pot.Conventional Pot makingfacilities lack these thingsand do not yield good qualityPots.

4. Glass Forming. IS­Machine (10­12Tons/day).

50 IS­Machines have muchhigher productivity thanPress Machines and MouthBlowing. Product. Qualitywill be much better.

5. Testing & QualityContro

Small Scale Laboratory. 15 A small in house laboratoryto meet the need for simpleand routine tests will provevery helpful in quality controland improve productivity.

6. EnergyConservation andImprovement inworkingcondition.

Insulation, heatRecovery System,Modification of Furnace.

15 Its implementation willimprove thermal efficiency ofthe furnace along with theworking environment byreducing heat losses throughfurnace structure, recyclingwaste heat and improvingfurnace life and ease offurnace operation.

7. Heat Treatment. Improved MuffleFurnace.

1 Gas fired muffle furnace willimprove productivity, theworking condition and theworking environment.

8. Raw material Improved Batch House 10 Conventional system of

handling. and Batch handlingsystem.

Firozabad Glass Industrycreates lot of dusting andhealth hazards to theworkers. A properlydesigned system will be freefrom dusting and will reducehealth hazards by providingimproved workingconditions.

9. CombustionControl for gasfired furnaces.

Automatic Controllers &Recorders for FurnaceTemperature. On­LineOxygen Analyzer.

50 Automatic Control willimprove energy/efficiencyand productivity byoptimizing the Combustionprocess and minimizing theenergy and productionlosses.

10. Glass FormingTechniques.

Spinning Machine

1­Head,

2­Head,

4­Head.

1.50

2

3

Flat and round items likeBowls, Plates etc. can beproduced in this machinewith better surface finishthan the same products ofPress Machines. Presently,in Firozabad, these areproduced mostly by Pressmachine.

11. Glass FormingTechniques.

Injection MoldingMachine.

2 Solid items like stem wares,which are producedmanually, can be producedin this machine with muchbetter accuracy & control.

12. Glass Beadsmaking.

LPG fired Bead makingFurnace.

0.50 Multi coloured Glass Beadshave very good export value.These are mostly produceddomestically in rural areasusing Coal fired ovens whichcreate very dirty andunhygienic atmosphere. LPGfired Bead making furnacedeveloped by CGCRI,Khurja is clean, simple andeasy to operate. Itconsumes 250 to 300 gramsof LPG/hr.

b). Ceramic Items (Insulator ceramic, electrical ceramics, porcelain, Bone china ware, Stone

ware, earthen ware, Terra­cotta ceramic ) including Tiles.

Sl. No. Activity Technology Need Cost

(Rs. inlakh)

Advantages

1.

2.

3.

4.

5.

Raw materialprocessing.

Fabrication.

Drying.

Glazing.

Firing Section.

Ball mill with high alumina tilelining, high alumina balls ofdifferent size.

Ball Mill with silex stone /porcelain lining of different size.

Blunger/Agitator of differentsize.

Magnet of different size.

Filter press different si ze.

Pug Mill different Size.

Vibro energy mill for colurgrinding. (different size).

Vibro finishing mill.

De­airing pug mill, capacity,250­350 Kg/hr.

Isostatic Press, Fettlingmachine, Stacking equipment.

Fully automatic vertical copyingm/c for Insulator.

Roller Head machine for cup &saucer.

Pressure casting plant..

Piller Jolley

Semi automatic Jigger Jolly.

Universal jigger jolly.

Humidity Driver Chamber.

2 ­10

0.50­3

0.50­1.50

0.25­2

0.80­1.50

0.70­1.80

0.75­2.50

2­5

3­5

60­80.

7­18

8­15

45­60

0.50­1.0

0.50­1

0.40­1

31

16­25

0.50­1

3­10

80­100

35­40

• Improve grinding.

• Reduce time ofgrinding.

• Lower contaminationin the batch.

• High abrasionresistance of tiles &balls.

• Longer life.

• Suitable for very finegrinding below 10micron.

• Saving of colour.

• Uniform contrast.

• Easy in application.

• Lower wastage.

• Lower pollution due towashing as all thewashing may be easilycollected where as inthe ball mill the washingis left in the drainage.

• To remove airpockets inside thebody.

• Helpful to improvestrength.

• Reduce Breakage &Cracking.

Glazing plant.

Spray gun & compressor.

Spray dryer plant

Gas/Oil fired roller hearth kiln.

• Improve quality.

• Reduce rejection &wastage.

• Homogeneouspressing.

• Defect free product.

• Complicated shapescan be made.

• No requirement ofPlaster of Paris mould.

• Higher strength andquality product.

• Higher handlingstrength.

• Low rejection andwastage.

• Easy operation.

• Suitable for long sizeInsulator.

• Low wastage ofmaterial and time.

• Higher strength.

• Easy operation.

• Quality product.

• Low wastage.

• Large Production.

• Time saving.

• Uniformity.

• Thin & Thick Section.

Tested technology,Indigenously developed,quality of tiles much

better, less drying time,less warpage andbreakage of tiles.

• Homogeneousglazing.

• Time saving.

• Uniformity.

• Thin & thick section.

• Easy Operation.

• Quality product.

• Low Wastage.

• Large Production.

• Quality Product.

• Lower breakage.

• Easy handling.

• Low wastage.

• Time saving.

• Uniform temperaturedistribution.

• Fast production.

• Low fuelconsumption.

6. Firing Section. Gas/oil fired tunnel kiln.

Gas/oil fired shuttle kiln.

“Queen” Coal/ Wood firedpottery kiln.

Temperature indicator (radiationtype).

Temperature Thermo couple &indicator.

a. Refractory decker plat/kiln

20­25

0.1 –0.25

2­4

0.10­0.30

8­20

3­8

3­5

2­4

• Low rejection.

• Easy operation.

• Lower maintenancerequired.

• Continuous typefurnace.

• Low pollution.

• Energy efficient kiln.

furniture etc for Tunnel Kiln.

b. Shuttle Kiln.

Auto On/ Off burner.

Electric furnace, 1400°C, size 1cft.

Electric furnace /1600°C

Gas fired 1600° C, 1 Cu. ft.

Granulating machine

Automatic Tile pressing unit

Hydraulic / friction Press

Generator Set of diff. capacity.

Distill water plant.

Control instruments for firingsystem.

Instrument for routine test(Balance, B.D. Balance, hotplate sieves, viscometer etc.).

Sanitary / drainage system inindustry

17­25

5 ­8

3 ­5

20­25

2­4

1.50 ­7

2

2­3

1.50

0.50­2.50

• Large production.

• Batch type furnace.

• Medium fuelconsumption.

• Easy operation.

Queen pottery kilnsinters all kinds ofpottery and terracotta atuniform temperature of800 to 900 celsiususing low grade coal orwood. It is low costpermanent structure kilnmade of red brick andclay.

• Accuratemeasurement.

• Lead/wire less.

• Can be used liketorch for measurementof temperature.

• No requirement forfixing the indicator.

• Easy operation &maintenance.

• Suitable for insideTemperaturemeasurement.

• Easy judgment.

• Productivityincreased.

• Fuel consumptiondecreased

• Long life.

• Easy for loading of

ware.

• Easy in replacementof setting homogeneousheat flow.

• Lower wastage ofrefractory material.

• Lower fuelconsumption.

• Easy operation.

• Reduction inpollution.

• Suitable for testing ofsample.

• Quality control forbody & glaze.

• Measurement of firingrange.

• Testing of rawmaterial & product.

• Easy operation.

• Lower pollution.

• Easy operation formaking of granules.

• Higher production.

• Homogeneousgranules size.

• Lower wastage.

• Fast production.

• Easy making ofgranules.

• Quality granulesproduct.

• Easy operation.

• Low wastage.

• Time saving.

• Lower wastage dueto pre­checking.

• Homogenouspressing.

• Higher greenstrength.

• Lower rejection.

• Drying not required.

• Back up powersupply.

• Quality product.

• Lower wastage.

• High production.

• Time saving.

• Better control overfurnace performance.

• Better quality control.

• Better workingenvironment.

Note : Price of the machines depend upon the quality, capacity, company, model etc. andalso variable from time to time.

c). Interlocking pavement blocks and cement concrete blocks

S. No. Activity Technology Need Cost (Rs. inlakh)

Advantages

1 Interlockingpavement blocks

HDM­1000 DLX machinehigh density stationery typeinterlocking block makingmachine with 4 nos.vibrators (5 hp each)

6.60

hydraulic pump (5 hp) alongwith conveyor belt, penalboard etc.

2 Cement concreteblocks

a) 10/7 CFT capacitycement concrete mixture

b) 75 kg capacity facemixture

c) Earth compactor (2 Nos.)

d) Block cutting machine (2nos.)

e) Pallet truck

f) Laboratory equipment forin­house testing likemeasuring equipments,verniner, caliper,micrometer, screw gauges,compression testingmachine

0.42

0.42

0.84

0.28

0.25

1.25

d). Building Bricks – Clay & Flyash.

S. No. Activity Technology Need Cost (Rs. inlakh)

Advantages

1 Building bricks –Clay and Fly ashmanufacture.

1. Vertical Shaft BrickKiln (VSBK) 2 Shafts.

2. Jaw Crusher.

3. Auger Mill.

4. Pug Mill/Extruder.

5. Wire cutting table.

6. Shaping press

9

0.40

3

4.50

0.80

0.20

The building brick industryin the small scale is usingtraditional bull trench kilnand clamp kiln which arehighly energy intensive andpolluting, poor in providinguniform temperature andoccupy lot of space. TheVertical Shaft Brick Kiln ishighly energy efficient andconsumes less than 50%fuel. Dried bricks can befired and taken out in 24hours. The landrequirement for one kiln isonly 2000 sq. meters.

Jaw crusher is used forcrushing coal to size 0­15mm and also used forcrushing large size claybolder. It is essential forcrushing the clay and alsoreducing the size of thecoal for charging in thekiln.

Mixing clay and other rawmaterials (waste materiallike fly ash etc.) intimatelywith clay to produce ahomogeneous mass.

The mixer from auger millis passed on to pug mill forpugging and for mixing andextruding the material inrequired size.

The equipment is used forcutting the extruded massin to required length forthickness.

The machine is used forrepressing the wire cutclots in to required finalsize and shape.

xiii). Leather and Leather Products including Footwear and Garments. a). Leather Products including Footwear and Garments.

Sl.No.

Activity Technology Need Cost (Rs. inlakh)

Advantages

Designing Department.

1. Pattern Gradingmachine.

Mechanical

pantograph/gradingmachine.

10 ­ 12 Faster and moreaccurate grading.

Cutting Department.

1. Clicking press of alltypes includingtraveling head/ sewingarm/ fixed head.

Hydraulic press of alltypes.

1 ­7depending onmodel andorigin.

Accuracy and higherproductivity will offsetthe cost.

2. Cutting machine fortextile.

Multi layer reciprocatingknife textile cuttingmachine.

1 Very high production &productivity.

3. Skiving. Electronically/computerisedcontrolled automaticskiving machine.

1 No need to adjustmanually the types ofskiving again and again.Very fast productionwith tremendousaccuracy.

4. Stamping. All types of Automaticstamping & printingmachine.

1­3 Clean, accurate & fast.

5. Textile attaching. a. Textile fusing press. 1­2 Gives control over thetemperature andpressure at which theclothes are attachedresulting in strongbonding and betterquality.

b. Latex spray booth. 1 Same as above butapplicable to clotheswhich does not haveself adhesion.

6. Stitch Marking. Automatic markingmachine.

1 Faster production.

7. Splitting, Automatic band knifesplitting machine.

2­5 Accurate and bulkproduction.

8. Clicking board leveling. Electronically controlledboard leveling machine.

10­15 Accurate thicknessincreases the life ofclicking dies andclicking machine head.

9. Strap cutting. Electrical machine forcutting and slanting straps.

1­2 Better utilisation of rawmaterials and fasterproduction.

10. Leather Weaving. Electro­pneumatic weavingmachine for leather.

3­6 For mass production ofleather weaving.

11. Embossing. Automatic embossingmachine.

3­4 For mass production.

12. Strap folding . Automatic strap folder. 1­3 Accurate massproduction.

13. Box stamping. Box stamping machine. 0.50­1 For mass production.

Closing Department.

1. Conveyor. F.O.F/F.O.O. 1­3 For better supervision /bulk production.

2. All types of post, flatand cylindrical bed,single/double needlesewing machine forupper stitching.

Automatic/Computercontrolled sewing machine.

0.05­3.dependingupon originandadvancement.

Faster, uniform,accurate and easyoperation.

3. Hand stitching. Automatic hand stitching/apachi/ san­crispino andmoccasin stitchingmachine.

10­12 High productive, lesslabour intensive andaccurate production.

4. Strobling. Strobling machine. 2.50­4 Can eliminate lastingoperation and gives veryflexible shoe.

5. Toe forming. Automatic/Hydraulic/pneumatic toe mouldingmachine.

1­4.50 Quality improvementand productivityenhancement isapparent.

6. Toe­puff attaching. Hydraulic/pneumaticautomatic machine.

2­3 Faster production andless messy.

7. Counter mouldingmachine with orwithout flanging.

Hydraulic/pneumaticautomatic machine.

5­10 Faster production andless messy.

8. Eyeleting. Automatic eyeletingmachine.

1­3 Faster and securedeyeleting.

9. Folding machine withor without hammeringattachment.

Automatic folding machine. 3­4 Very quick production.Less messy. Givesclean look.

10. Upper / toplineHammering.

Automatic hammeringmachine.

2­3 Effective and uniformhammering improves thelook of upper.

11. Crimping. Automatic crimpingmachine.

5­6 Quality improvementand faster production.

12. Boot­leg ironing. Automatic boot leg ironingmachine.

4­5 Essential for bootieshoe. Improves thequality.

13. Bar tacking. Automatic bar tacking 1.50­2 Clean and accurate

machine. operation. Faster andless messy.

Lasting & Finishing Department.

1. Forepart lastingmachine.

Automatic toe lastingmachine with or withoutmicro­processor.

10­25 Most important machinefor shoe making.Accurate, faster, andless spacey. Requiresless people and alsoenvironment friendly.

2. Combined Seat andside lasting .

Automatic seat & sidelasting machine with orwithout microprocessor.

10­25 Most important machinefor shoe making.Accurate, faster, andless spacey. Requiresless people and alsoenvironment friendly.

3. Side lasting machine ofvarious types.

Automatic seat lastingmachine both tack andcombodian types.

3­7 Accurate, faster andless spacey. Requiresless people and alsoenvironment friendlyfriendly.

4. Heal seat lasting. Automatic seat lastingmachine.

4­8 Accurate, faster, andless spacey. Requiresless people and alsoenvironment friendly.

5. Pounding. Automatic poundingmachine.

3­5 Improves quality of thefinal products.

6. Heel­Seat crowning. Automatic crowningmachine.

4­6 Improves quality of thefinal products.

7. Forepart humidifier. Automatic humidifier. 1­2 Far superior method,faster and restore thequality of leather.

8. Backpart humidifier. Automatic backparthumidifier.

1­2 Far superior method,faster and restore thequality of leather.

9. Lasting conveyor. Automatic runningconveyor.

1­2 for faster production,better control

10. Buffing. Automatic Buffing &roughing machine withmicroprocessor controlmechanism.

5­10 Precision buffing andfaster production.

11. Heat setter. Heat setter with steamequipped with conveyor

2­3 Correct heat setting,reduces the production

belt. time dramatically.

12. Buffing and adhesiveapplication.

Automatic combinedrougher and cementer.

10­12 Both the operations aredone by one machine,results in less messyand faster production.Also reduce theadhesive wastage.

13. Last pulling machine. Automatic last puller. 3­4 Reduces the damageduring de­lasting ofshoe. Increases thespeed of production.

14. Drying andreactivation.

Cement dryer & flashactivator machine.

7­8 Reduce the spacerequired of theworkshop. Increases theproduction by severalfold.

15. Cementing machine forupper & sole.

Thermo cementingmachine with or withoutbrush.

7­8 Reduce the wastage ofadhesive, accurateapplication.

16. Chiller. Chiller. 4­5 Increase the solebonding. Reduce thesole delasting time.

17. Side wall roughing. Side wall roughingmachine.

1­2 Accurately bond the solewith high side wall.

18. Heel nailing . Heel nailing machine. 7­8 Accurately nail the heel.Increases the quality ofbonding.

19. Mackey sole stitching. Mackey sole stitcher 10­11 Faster production.

20. Top line forming. Top­line forming machine. 4­5 Correctly set the top­line. Increase the valueof the final product.

21. Adhesive re­activators. Adhesive re­activators withtime and temperaturecontroller.

2­3 Precisely reactivatesboth the upper and sole.Sole bonding increases.

22. Entire upper humidifier. Steaming machine of theupper.

2­3 Humidifies entire upper.Enhance the speed ofproduction.

23. Performing. Moccasin performingmachine.

1­2 Humidifies and gives theshape of moccasintypes of shoe. Enhancethe quality andproductivity of

moccasin.

24. Air blast dustremoving.

Air blast removingmachine.

1­1.50 Clean technology.

25. Insole attaching. Insole attaching machine. 1­1.50 Faster and accurateproduction.

26. Insole covering. Insole covering machine. 1­1.50 Faster and accurateproduction.

27. Upper roughing. Upper roughing machine. 1­20 Faster and accurateproduction.

Last & Other Components.

1. Chain slotting . Chain slotting machine. 2­3 Add to the speed ofproduction of last

2. Rough turning machinefor last.

Rough turning machine. 10­15 Increase the productionof last

3. Fine turning machinefor last.

Fine turning machine. 10­15 Increase the productionof last

4. Roughing machine forplastic blocks.

Roughing machine forplastic blocks.

3­5 Increase the productionof last

5. Computerised lastturning machineincluding software.

Last making CAD/CAMCNC controlled turningmachine includingdesigning and interfacesoftware.

30­40 Essential for lastdevelopment, accuratelycopy of any lastsampling. A major boonto new productdevelopment.

6. CNC sole moulddevelopment.

Sole mould makingsoftware, CNC MILLINGMACHINE with 3/5 Axis &EDM.

120­150 Essential for right qualitysole mould.

7. Insole moulding. Automatic/hydraulic insolemoulding machine.

2­3 Without this machinethe moulding of insolecan never be correct.Increase the rate ofproduction.

8. Edge beveling. Automatic edge bevelingmachine.

3­4 Gives Accurate edgebeveling. Also increasethe pace of production.

9. Shank attachment. Automatic shank attacher. 10­15 Increases the accuracyand productiontremendously.

10. Automatic insole &shank pasting.

Conveyor assembly andautomatic combined insole

5­8 Clean production not tobe mentioned that it

& shank attachingmachine.

increases the productionby almost ten folds.

11. Shank grooving. Shank grooving machine 1­2 Increase the productionand accurate grooving.

12. Injection moulding forsole.

8/12/16/20/24/32workstation injectionmoulding machine forPU/TPU/PVC/TPR/EVA.

15 ­ 300 Essential machine forhuge production. Latestdemand of the market.New breed oftechnology.

13. Finishing. Multi finisher. 2­4 Enhance the appeal ofthe shoe and in turn thesalability.

14. Spray booth. Spray booth with spray gun 2­4 Enhance the appeal ofthe shoe and in turn thesalability.

15. Last finishing Last finishing machine. 8­10 Accurately finish andpolish the last.Production rateimproves.

16. Channel closing Channel closing machine. 2­3 Automatically closer thesole channel. Improvesthe look and alsoenhance the production.

17. Channeling andgrooving.

Channeling machine. 2­3 Faster and accurateproduction. Uniformchanneling.

18. Coupling and edge pre­trimming.

Edge pre­trimmingmachine.

2­3 Accurate and cleanproduction. Less timeconsuming

19. Edge buffing . Edge buffing machine. 1­2 Accurate and fasterbuffing.

20. Edge inking. Edge inking machine. 1­2 Clean and accurateproduction. Improvesquality dramatically.

21. Edge setting. Edge setting machine. 1­2 Faster production. Alsoaccurately sets the edgeand thus improves thelook.

22. Edge trimming.. Edge trimming machine. 2­3 Accurate final trimming.Gives even and uniformlook. Improves thequality.

23. Heel attaching . Heel attaching machine. 3­5 Faster production.

24. Heel breast roughing. Heel breast roughingmachine.

3­5 Faster and accurateproduction.

25. Heel breasting. Heel breasting machine. 4­6 Faster production.

26. Heel building. Heel building machine. 3­5 Faster and accurateproduction.

27. Heel covering . Heel covering machine. 5­6 Faster and accurateproduction.

28. Recessing androughing of soles.

Recessing and roughingsoles machine.

3­4 Faster production.

29. Recessing welt. Recessing welt machine. 3­4 Faster production.

30. Sole stamping andembossing .

Sole stamping andembossing machine.

3­4 Faster production.

Standardisation Machine.

1. Testing &standardization.

Soling Abrasion MachineComplete.

3­10 Standardise theprocess/ product andmaterials used.

2. Testing &standardization.

Drum Abrasion/SnagTester.

3 ­10 Standardise theprocess/ product andmaterials used.

3. Testing &standardization.

Martindale AbrasionMachine.

3­10 Standardise theProcess/ product andmaterials used.

4. Testing &standardization.

Shoe Lace AbrasionMachine Lace to Eyelet.

3­10 Standardise theprocess/ product andmaterials used.

5. Testing &standardization.

Shoe lace AbrasionMachine.

3­10 Standardise theprocess/ product andmaterials used.

6. Testing &standardization.

Leather Soling MaterialsAbrasion Machine.

3­10 Standardise theprocess/ product andmaterials used.

7. Testing &standardization.

Creep Cabinet/AdhesiveTest.

3­10 Standardise theprocess/ product andmaterials used.

8. Testing &standardization.

Dome Heat Reactivator. 3­10 Standardise theprocess/ product andmaterials used.

9. Testing &standardization.

Compression Apparatus­Stress.

3­10 Standardise theprocess/ product and

materials used.

10. Testing &standardisation .

Dynamic compressionTester.

3­10 Standardise theprocess/ product andmaterials used.

11. Testing &standardization.

Conductivitay Tester. 3­10 Standardise theprocess/ product andmaterials used

12. Testing &standardization.

Thermal Conductivity­LessDisc.

3­10 Standardise theprocess/ product andmaterials used

13. Testing &standardization.

State of Cure Apparatus. 3­10 Standardise theprocess/ product andmaterials used

14. Testing &standardization.

Repeat Extension SetApparatus.

3­10 Standardise theprocess/ product andmaterials used

15. Testing &standardization.

Eyelet Security Test­PM150.

3­10 Standardise theprocess/ product andmaterials used.

16. Testing &standardization.

Slide Fastener TestingMachine.

3­10 Standardise theprocess/ product andmaterials used.

17. Testing &standardization.

Velcro Closing Machine. 3­10 Standardise theprocess/ product andmaterials used.

18. Testing &standardization.

Crockometer. 3­10 Standardise theprocess/ product andmaterials used.

19. Testing &standardization.

Rub Fastness Tester(Veslic).

3­10 Standardise theprocess/ product andmaterials used.

20. Testing &standardization.

Rub Fastness Tester­Circular.

3­10 Standardise theprocess/ product andmaterials used.

21. Testing &standardization.

Backpart Fatigue­M/SType.

3­10 Standardise theprocess/ product andmaterials used.

22. Testing &standardization.

Velcro Fatigue Tester. 3­10 Standardise theprocess/ product andmaterials used.

23. Testing & Shank Fatigue Tester. 3­10 Standardise the

standardization. process/ product andmaterials used.

24. Testing &standardization.

Universal Fatigue FlexingMachine.

3­10 Standardise theprocess/ product andmaterials used.

25. Testing &standardization.

Finish Heat ResistanceTester.

3­10 Standardise theprocess/ product andmaterials used.

26. Testing &standardization.

Bally Style Flexometer­NStn.

3­10 Standardise theprocess/ product andmaterials used.

27. Testing &standardisation .

BATA Belt FlexingMachine.

3­10 Standardise theprocess/ product andmaterials used.

28. Testing &standardization.

Fibreboard Flexing M/C­6Stn

3­10 Standardise theprocess/ product andmaterials used.

29. Testing &standardization.

Midsole Flexing Machine. 3­10 Standardise theprocess/ product andmaterials used.

30. Testing &standardization.

Ross Flexing Machine. 3­10 Standardise theprocess/ product andmaterials used.

31. Testing &standardization.

Rubber Material FlexingMachine.

3­10 Standardise theprocess/ product andmaterials used.

32. Testing &standardization.

Upper Material Flexing M/CN stn

3­10 Standardise theprocess/ product andmaterials used.

33. Testing &standardisation .

Whole Shoe FlexingMachine.

3­10 Standardise theprocess/ product andmaterials used.

34. Testing &standardization.

Whole Sole FlexingMachine (PFI).

3­10 Standardise theprocess/ product andmaterials used.

35. Testing &standardization.

Bally Style Flexometer­Nstn.

3­10 Standardise theprocess/ product andmaterials used.

36. Testing &standardization.

Ross Flex Machine infreezer.

3­10 Standardise theprocess/ product andmaterials used.

37. Testing &standardization.

Bata Belt Flexing Machine. 3­10 Standardise theprocess/ product andmaterials used.

38. Testing &standardization.

Sole Leather Grain CrackTest.

3­10 Standardise theprocess/ product andmaterials used.

39. Testing &standardization.

Plastimeter WithoutMicrometer.

3­10 Standardise theprocess/ product andmaterials used.

40. Testing &standardization.

Heel Impact Tester. 3­10 Standardise theprocess/ product andmaterials used.

41. Testing &standardization.

Heel Fatigue Tester. 3­10 Standardise theprocess/ product andmaterials used.

42. Testing &standardization.

Heel Pin Pull Out­PM96. 3­10 Standardise theprocess/ product andmaterials used.

43. Testing &standardization.

Heel Pull­Off machine. 3­10 Standardise theprocess/ product andmaterials used.

44. Testing &standardization.

Impact machine for RigidSole Unit.

3­10 Standardise theprocess/ product andmaterials used.

45. Testing &standardization.

Digital lastomotor. 3­10 Standardise theprocess/ product andmaterials used.

46. Testing &standardization.

Instant lastometer. 3­10 Standardise theprocess/ product andmaterials used.

47. Testing &standardization.

Absorption of surfacewater.

3­10 Standardise theprocess/ product andmaterials used.

48. Testing &standardization.

Permeability/absorptionmachine.

3­10 Standardise theprocess/ product andmaterials used.

49. Testing &standardization.

Water vapour absorptiontester.

3­10 Standardise theprocess/ product andmaterials used.

50. Testing &standardization.

Water vapour permeatility. 3­10 Standardise theprocess/ product and

materials used.

51. Testing &standardization.

Break/pipiness scale &mandrel.

3­10 Standardise theprocess/ product andmaterials used.

52. Testing &standardization.

Pressure measurement ofpresses.

3­10 Standardise theprocess/ product andmaterials used.

53. Testing &standardization.

Cold conductivity offootwear.

3­10 Standardise theprocess/ product andmaterials used.

54. Testing &standardization.

Heat conductivity offootwear.

3­10 Standardise theprocess/ product andmaterials used.

55. Testing &standardization

Lacquer resistance testc/w Meter.

3­10 Standardise theprocess/ product andmaterials used.

56. Testing &standardization.

Nail penetration apparatus. 3­10 Standardise theprocess/ product andmaterials used.

57. Testing &standardization.

Safety footwear impacttester.

3­10 Standardise theprocess/ product andmaterials used.

58. Testing &standardization.

Chisel scuff tester. 3­10 Standardise theprocess/ product andmaterials used.

59. Testing &standardization.

Impact scuff tester. 3­10 Standardise theprocess/ product andmaterials used.

60. Testing &standardization.

Seam durability testingmachine.

3­10 Standardise theprocess/ product andmaterials used.

61. Testing &standardization.

Shock absorption tester. 3­10 Standardise theprocess/ product andmaterials used.

62. Testing &standardization.

Leather shrinkageapparatus.

3­10 Standardise theprocess/ product andmaterials used

63. Testing &standardization.

Satra slip resistance tester. 3­10 Standardise theprocess/ product andmaterials used

64. Testing & Sole adhesion tester. 3­10 Standardise the

standardization. process/ product andmaterials used

65. Testing &standardization.

Heat resistance tester forsole.

3­10 Standardise theprocess/ product andmaterials used

66. Testing &standardization.

Tensile tester. 3­10 Standardise theprocess/ product andmaterials used

67. Testing &standardization.

Density determinationbalance.

3­10 Standardise theprocess/ product andmaterials used

68. Testing &standardization.

Grey scale colour. 3­10 Standardise theprocess/ product andmaterials used

69. Testing &standardization.

Grey scale staining. 3­10 Standardise theprocess/ product andmaterials used

70. Testing &standardization.

Toe puff compressiontester.

3­10 Standardise theprocess/ product andmaterials used

71. Testing &standardization.

Toe puff dome formers. 3­10 Standardise theprocess/ product andmaterials used

72. Testing &standardization.

Toe puff­toggle press. 3­10 Standardise theprocess/ product andmaterials used

73. Testing &standardization.

Bally penetrometer. 3­10 Standardise theprocess/ product andmaterials used

74. Testing &standardization.

Bally stiffness meter. 3­10 Standardise theprocess/ product andmaterials used

75. Testing &standardization.

Maser with waterdetection.

3­10 Standardise theprocess/ product andmaterials used

76. Testing &standardization.

Sole leather waterpenetration.

3­10 Standardise theprocess/ product andmaterials used

77. Testing &standardization .

Wrinklometer. 3­10 Standardise theprocess/ product andmaterials used

78 Testing &standardization.

Laboratory Press forAdhesives.

3­10 Standardise theprocess/ product andmaterials used

79. Testing &standardization.

Upper leatherwaterproofness test.

3­10 Standardise theprocess/ product andmaterials used

b). Items for Leather Industry:

S. No. Activity Technology Need Cost (Rs inlakh)

Advantages

Pre­Tanning Section

1. Aluminum Drum. Aluminum Drum of Differentshapes and Dimensions.

1.50­10 Wood is becoming scarceand also chemicals leak.

2. Fleshingmachine.

Single/Double widthfleshing machine.

10 – 15 Accuracy and higherproductivity will offset thecost.

3. Unhairingmachine.

Single/double widthunhairing machine.

10 ­ 15 Accuracy and higherproductivity will offset thecost.

Tanning Section (Wet Blue & E.I.)

1. Splitting. Double width through feedsplitting machine.

15­35 Split the leather uniformly.

2. Shaving. Through feed double widthmachine.

20 – 25 Speed of production andfinal quality of leatherimproves.

3. Setting. Through feed double widthmachine.

20 – 25 Speed of production andfinal quality of leatherimproves.

Finishing Section

1. Vacuum Dryer. Vacuum Dryer. 20 – 35 Uniform and quick drying.Improves the quality ofleather.

2. Togglingmachine.

Toggling chamber with orwithout automation.

5 – 10 Quick production and alsohelps achieving uniformquality.

3. Molissa typestaking machine.

Molissa staking machine. 10 – 15 For milder and uniformaction. Also enhance thesafety of workers.

4. Buffing machine. Combined Through feed 10 – 15 Accurate buffing action.

single/double width buffingmachine with dustingoperation.

5. Contilux. Contilux. 15 – 20 Uniform and faster glazing

6. Roto­Press. Roto press and Roto Print. 25 – 30 Uniform pressing

7. Hydraulic press. Hydraulic Press withAutomatic time andtemperature controller..

15 – 20

8. Polishing. Polishing machine 3 – 5 Uniform polishing

9. Spray booth . Auto Spray with Dryer 3 – 5 Uniform spraying & drying.

10. Finiflex. Finiflex. 10 – 25 Uniform effect.

11. Curtain Coater. Curtain Coater. 10 – 25 For patent & brush offleather

12 Roller coater. Roller coater. 10 – 25 For patent & brush offleather.

xiv). Electronic equipment viz test, measuring and assembly/ manufacturing, Industrial process

control; Analytical, Medical, Electronic Consumer & Communication equipment etc. Sl. No. Activity Technology Need Cost

(Rs in lakh )Advantages

1. Testing &measurement.

Test & Measuringequipments,Oscilloscope/Digital StorageOscilloscope, Spectrumanalysers, Digital MultimeterHigh frequency counters &dedicated microprocessorbased equipment/ softwareetc. Test Jigs & fixtures

Up to 15 Long term reliability,accuracy ensuresproduct quality,consistency andimproved productivity,product as per thenational and internationalstandards.

xv). Fans & Motors. Sl. No. Activity Technology Need Cost(Rs.

in lakh )Advantages

1 Manufacturing &

Testing.

• Automatic coil windingmachine.

• Vacuum Impregnationplant.

Up to 15 Material saving, Improvedinsulation, Improvedperformance and increasedenergy efficiency.

• Hydraulic press forstacking and shaft fixing

• Surface grinder forfinishing the rotor

• Dynamic balancingmachine

• Testing equipment as perBIS

xvi). General Light Service (GLS Lamps. Sl.

No.Activity Technology Need Cost(Rs. in

lakh)Advantage

1. Manufacturing &Testing.

i) Exhaust tube (lead glasscutting machine).

ii) Flare Machine (Scorecut/hot cut).

iii) Automatic stem makingmachine with annealingfacilities.

iv) Filament mountingmachine.

v) Sealing machine.

vi) Vacuum and gas fillingmachine.

vii) Capping machine andsoldering machine.

viii) Base Filling Machine(Fully automatic).

ix) Cement Mixture machinewith motor.

x) Sleeve making Machinewith motor.

xi) Packing MachineAutomatic with one motor.

20 ­ 25 Improves productivityquality and betteroutput.

(xii) Testing equipment as per

BIS.

xvii). Information Technology (Hardware). Sl. No. Activity Technology Need Cost (Rs in

lakh)Advantages

1. IT Hardware. Digital Storage Oscilloscope,Spectrum analyzers,

Digital multi meters ,Dedicated microprocessorbased equipment/software,Test Jigs & Fixtures,Soldering Equipment.

25­ 30 Long term reliability,accuracy ensuresproduct quality,Consistency andimproved productivity,product as per thenational and internationalstandards.

xviii). Mineral Filled Sheathed heating Element. Sl. No. Activity Technology Need Cost(Rs. in

lakh )Advantages

1. Manufacturing. i) Automatic filling machinefor MgO powder .

ii) Swaging machine.

iii)Thermostaticallytemperature controlled ovenfor annealing.

Up to 15.0 i)Increase in Insulationand dielectric properties.

ii)Increase in life of theelement.

iii)Reduced rejection.

xix). Transformer/ Electrical Stampings/ Laminations/Coils/Chokes including Solenoid Coils,

Assemblies. Sl. No. Activity Technology Need Cost(Rs. in

lakh )Advantages

1. Manufacuring &Testing.

i) Use of vacuumimpregnated plant,automatic/CNC coilwinding machine,temperature controldrying oven, CNCWinding machine,Cylindrical Grindingmachine, Pulse weldingmachine, Digital

Up to 10 Improvement in qualityand reliability.Improvement inproductivity. Product asper National/InternationalStandards. Reducedrejection.

Storage Oscilloscope &Solenoid Characteristicanalyzer (PLC based)etc.

(ii) Amorphous MetalCore Transformers

(a) CNC Core CuttingMachine of highefficiency to cut brittleglassy metal ofthickness less than 50microns.

(b) Annealing furnacehaving nitrogenatmosphere.

(c) Testing equipmentsfor testing electrical andmagnetic losses, powersupply etc.

34

28

5

Reduction intransmission loss ofelectrical energy.

Reduction in electricityexpenses, man­powerreduction and accurate.

To soften metals duringworking.

Improvement in qualityand reliability.

iii) ElectricalStampings/Laminations.

Natural Gas basedoven.

or

Microprocessor basedElectric Furnace

10 Reduction in no loadlosses, Increasedefficiency of the endproduct material savingin rejection .

xx). Wires and Cable. Sl. No. Activity Technology Need Cost (Rs. in

lakh )Advantages

1. Manufacturing andTesting.

(i) Extruder with propertemperature control, pre­heating etc., speed control ,spark tester for dielectricstrength control, accuratedies and proper back upsystem.

25

10

Improved coatingresulting in betterinsulation properties andmeeting other qualityparameters.

(ii) Testing and qualitycontrol equipments as perBIS mark.

xxi). Auto parts and components including re­refining of Lubricating oils Sl. No. Activity Technology Need Cost

(Rs. in lakh)

Advantages

1 Testing. Laboratory Testing equipment.:

a) Metallurgical Microscopewith image analyzer,photographic attachment.sample preparation machines.

b) Stroh lien apparatus, Mufflefurnace, hot plate, Glasswareetc.

c) U.T.S. Hardness Tester .

d) Izod & Charpy Impacttesting machine.

e) Ultrasonic testing m/c .

f) Manaflux testing m/c

g) Spectrometer .

h) Dimensional controlequipments, surface plate formarking, Height gauge, Micro­meter, Verniers & ProfileProjector.

i) CNC operated Brake ShoeDynamometer.

j) Brake shoe Dynamometer.

1.50 – 3.50

1

5

up to 0.75

up to 3

up to 1.50

12­20

0.50­2.50

7

As perprevalentmarket rates

Quality assurance&quality control, Defectsanalysis, process control,Greater marketacceptability, qualitycheck, meeting ISOcertification requirement.

A testing equipment totest the friction behaviourof disc brake pads/brakelinings, while stimulatingnormal to extremeconditions on a brakingsystem.

Testing equipment fortesting the frictionbehaviour of Disc brakepads/brake linings.

2. Design & Computers & CAD Software, 1.50 ­ 15 Computerization of design

development. Simulation software withPrinters/Plotter.

& dev. to gain efficient &fast working, greatermarket acceptability, costsaving, quality assurance,process simulation.

3. Manufacturing. Productive Equipment : Gasfired/oil crucible meltingfurnace, Drop hammers,Stamping/Forging Presses,Electric furnace/Gas basedreheating furnace, Band saw,Billet shear, CNC wire cutEDM, CNC Milling, CNCLathe, Cylindrical grinding &Hobing machine, Tool grinder,Surface Grinder, Radial drill,Shaper/planner, Vertical turretboring machine, Specialpurpose component machiningmachine for high rate ofproduction (SPM), Polishing &Coating machine, Heattreatment equipment, Gasfired/Electric furnace forannealing, normalizing,hardening, Tempering, Gasbased Gen set.

2.­50 Upgrading facility &Modernization on resultand diversificationtowards forward &backward integration togain efficiency & higherprofit margin, Greatermarket acceptability, skillimprovement and betterworking environment.

4. In mould Labelfor Automobileindustrytechnology.

1) High pressure formingmachine,

2) High pressure compressor.

3) Injection mouldingmachine.

18.50

8

20

­ To form foil of requiredshape in imd technique ofdecorating 3d surfaces.

­ To give 3d shape to theplain foil which requires90vars to 300 vars.

Quality products, avoidthe use of adhesive tapefor sticking thecomponent, recycle level.

5. Surfacetreatment.

a) Autophoretic Painting Plant. 46 Better paint durability,cost saving, consistencyin quality, betterproductivity and eco­friendly process.

Re­refining of lubricating oil.

6 Re­refining oflubricating oil.

Testing andQuality control.

a) Falling film evaporationsystem.

b) Wiped film evaporationsystem.

Equipment for testing andquality control.

As perprevalentmarket rate.

­do­

Eco­friendly technology.

For enhanced qualitycontrol.

* Cross references of technologies approved for Forging, Foundry and General

Engineering Industry under the guidelines can be taken which are also applicable forAuto parts and components.

xxii). Bicycles Parts. Sl. No. Activity Technology Need Cost (Rs. in

lakhs)Advantages

1. B.B. Axle,

B.B. Cup,

Pedal Axle,

Pedal Cone,

Hub Cups,

Pedal Cups,

Hub Cone,

Nuts,

Freewheel,

Centre­Body,

Head Ball Race,Fittings.

a) Production Machines &Equipments

Cold Forging Plants andForging/Forming Tools for B.B.Axle, Pedal Axle, Hub Cone,Head Ball Race Fittings, PedalCone, Five­Station NutFormers, Knuckle JointPresses, , ComputerizedAutomatic Electroplating/ZincPlants, Effluent WaterTreatment Plant, Air PollutionControl Equipments etc.

b) Tool Room Machines :

CNC Wire Cut Machine, CNCMilling Machine, HydraulicSurface Grinder,CNC/Precision Tool RoomLathe

5­55 Quality Improvement,Increased durability of theproduct, Higherproductivity, Betterworking environment,Minimized air/Waterpollution, Better Marketacceptability.

2. Front Fork,Frame, Handle.

a) Production Machines :

Tube Swaging (TaperingMachine), Tube ButtingMachine, Electric ResistanceBrazing Machine, CamOperated Profile MIG Welding

5­55 Quality Improvement,Increased durability of theproduct, Higherproductivity, Betterworking environment,Minimized air pollution,

Machine, Hydraulic PipeBending Machine, HydraulicFork Blade Bending Machine,Dip Brazing/ De­brassingPlant, Computerized AutomaticElectroplating Plant, PowderCoating Plants, ElectrostaticDisc or Bell Type Paint Plantsfor mass production,Gas/Electrically heated paintbaking ovens includingcontinuous line productionovens, Fork Truing &Straightening Machine, ImpactTest (Frame and ForkAssembly falling Mass),Impact Test (Frame & ForkAssembly of FallingAssembly), Static Load Teston Frame with PneumaticCylinder, Front Fork Fatiquetest with Computer Interface,Handle fatique and Vibrationtesting equipment, FrameDynamic Testing Machine.

b) Tool Room machines:

CNC Milling Machine,CNC/Precision Tool RoomLathe, CNC Wire Cut Machine,EDM (Spark Erosion machine),CAD/ CAM facilities.

Better marketacceptability.

3. Rims,Mudguards.

• Production Machines &Equipment : Simultaneous Rimhole punching Machine(Mechanical), SimultaneousRim Hole Punching Machine(Hydraulic), ProjectionComputerized ElectroplatingPlant, Power Coating Plant,Electrostatic Disc or Bell TypePainting Plant for massproduction, Gas/ElectricallyOperated Paint baking Ovens,Automatic rim making

5­55 Quality Improvement,Increased durability of theproduct, Higherproductivity, Betterworking environment,Minimized air pollution,better marketacceptability.

machine, profiling machine,Multi head Seam weldingmachine and Semi automaticflash welding machine.

• Tool Room Machines :

CNC Wire Cutting Machine,CNC Milling Machine, CNC/Pneumatic Tool Room Lathe,Spark Erosion Machine (EDM),CAD/CAM facilities etc.

4. Bicycle life Test,Fatigue Test,Gadgets/Equipment.

All types of testing equipmentfor fatigue test, accelerated lifetesting as per IS/ISO/JIS/DIN/BS/FR Standards.

1 ­10 Quality Improvement,Increased durability of theproduct, Better marketacceptability.

xxiii). Combustion Devices/Appliances. xxiv). Forging & Hand Tools. S. No. Activity Technology Need Cost

(Rs.inlakh)

Advantages

1. Stock Cutting. Automatic Band sawmachine with indexing &circular sawing.

3­5 each. Higher cutting accuracy,

Preferred for Alloy steelcutting,

Technologicallyrecommended for upsetforging

Mechanical pneumaticclutch operated Crank typeBillet shearing press

40­70 each High productivity

Low cutting loss.

2. Material handling. Fork lift.

Overhead crane/swing framecrane.

Automatic conveyorsystems.

2­10 each Quick & safe material &tools movement insideshop.

Facilitate better housekeeping.

Clean work environment.

3. Heating. Oil/Gas fired energy efficientfurnaces with recuperator &temperature controls.

2.50­5 Energy efficient.

Consistent Quality.

Eco­friendly.

Continuous Electrical billetheaters with temperaturecontrol .

10­30 Eco­friendly, Fast &uniform heating, lessspace requirement,automation possible.

4. Forge shop. Pneumatic double actinghammer.

30­80 High production rate,reduced maintenance cost

High energy forging presses. 20­80 High production rate,Production of closetolerance forging, less skillrequirement.

Micro processor based,Energy controlled,pneumatic clutch operated,Screw friction presses.

10­30 High production rate,controlled blow pattern,low investment, less skillrequirement.

Knuckle joint presses. 10­25 Improved press stiffness,less space requirement,good off ualit loadingcapabilities.

Cold and warm forgingmechanical presses witheccentric drive.

25­80 Precision forging,complete automation, lesstool changeover time, highproductivity.

Fully automatic electricalupsetter.

20­35 Suitable for high valueitems such as rear axleshaft, dead axle shaft,etc., high productivity,less skill requirement.

Hydraulic double actinghammer.

50­100 Precision forging with highproduction rate & reducedmaintenance cost.

Modified Knuckle jointpresses for cold/warmforging.

40­100 Precision forging with postforging operationsminimized less rawmaterial wastage, highproduction rate,automation feasible.

Multi station horizontalformers.

40­100 Cold forging of socketwrenches, driving,accessories, screw driverblades with bolsters.

Precision forging with post

forging operationsminimized, less rawmaterial wastage, highproduction rate,automation feasible.

Material gathering machineswith electrical heaters.

5­20 To reduce the raw materialwastage duringmanufacture of items suchas wheel wrenches,extension bars, handlesetc.

Hot Shearing automatsforging presses.

30­60 Microprocessor control,high productivity.

Wide Ram Trimming,Presses.

10­20 Allows large ram areasustain high degree of offcenter loading, precisionworking.

Reduce rolling machine. 5­15 Higher production rate,less skill requirement.Capable of makingperforms of various crosssectional areas andlengths, high productivity.

5. Heat Treatmentsection.

Gas fired/High temperaturefurnace with automatictemperature controller &recorder.

2.50­5 Eco­friendly, reducedscale losses, facilitateautomation, qualityimprovement.

Fludised bed heat treatmentline with controlledatmospheres andrecuperators for preheating.

20­80 Eco friendly, highly energyefficient, requiringminimum time/energy tocome on line. Flexibleoperations withadaptability to handlesmall batches, controlledatmosphere minimizing de­carburisation as wellprovides flexibility to carryout process such ascarburizing, carbonitridingand cyaniding without useof polluting salts. No pre­cleaning/drying required,post treatment cleaning

minimised.

Medium Frequency InductionHeaters.

10­20 For controlled depthsurface hardening of toolssuch as pipe wrenchesjaws, hammers, pliersteeth etc. improvedquality.

Electrical resistancefurnace.

2­5 Eco­friendly uniformheating, precise control.

Forced air circulationfurnace.

1­3 Uniform heating.

Forced air low temperaturefurnace.

1­3 Requirement fortempering.

6. Electroplating. Electrostatic powder coatingplant.

50 Automatic heating sprayand coating chamber.

Electro less platingequipment.

5­10 For improved flake less,hard and wear resistancecoating.

Manganese phosphatingplant.

Automatic ElectroplatingPlant.

Vibrator/Barrels along withmedia.

2­10

90­200

10­15

A hydrogen embrittlementfree process for providinga corrosion resistant blackfinish suitable for impacttools.

7. Finishing & Cleaning. Shot blasting machine. 3­5 Faster scale removal,Improve surface finish.

Aluminium Oxide GritBlasting Machine.

1­5 Hydrogen embrittlementfree pre­cleaning processrequired before Mn.Phosphating of ImpactTools.

Tumb blast machine. As per theprevailingmarket rate.

Low cost, suitable forsmall forging, Improvedsurface finish.

8. Quality Control &Testing.

Metallurgical Testing :

Metallurgical Microscopewith image analyzer,photographic attachment,sample preparationmachines.

1.50­3.50

Quality assurance, Defectanalysis, Diversificatione.g. S.G. Iron productionequipment essential tomeet process controlrequirements.

a)Strohlien Apparatus,Muffle furnace, Hot plate,Glass ware etc.

b) Universal TestingMachine.

c) Spectrometer.

d) Hardness tester.

e) Izod & Charpy Impacttesting machine.

f)Ultrasonic testing machine.

g)Magnetic particle testingm/c

h) Tongue testing and lifecycle testing equipment forhand tools

1

upto 3

12­20

upto 1

upto 0.75

upto 3.00

upto 1.50

50­100

Quality control, Defectinvestigation, Qualityassurance, Consistency inquality, Reduced defectivecasting, Cost control.

9. Inspection. Surface plate for marking,Height gauge, Micrometer,Vernier.

0.50 Quality assurance, Defectanalysis.

10. Design &Development.

Computers & CADSoftware, simulationsoftware withPrinters/Plotter.

1.50­15 Computerization of design& development to gainefficient & fast working.

11. Utility Section. Gas fired generating set. 15­40 Eco­friendly, low powercost.

12. Tool room. CNC turning center. 10­20 Improved quality, highproductivity, Precisionmachining, eco­friendly.

CNC milling machine. 15­50 Improved quality, highproductivity, Precisionmachining, eco­friendly.

Electro Discharge machine(EDM).

3­8 Improved quality, highproductivity, Precisionmachining, eco­friendly.

CNC Wire cut machine. 10­20 Improved quality, highproductivity, Precisionmachining, eco­friendly.

Profile projector. 0.50­2 Easy to understanddrawing and make

modification.

3 D co­ordinating machine. 2­5 Accurate dimensionalinspection.

Plastic Blow MouldingMachine.

25­75 For manufacturing toolkits.

Fully Automatic CNCInjection Moulding machine.

15 Modern version , formaking handle of srewdrivers and sleeves ofpliers.

Special Purpose machinesWelding Sets (for makingspecial steel vices).

5­25 Special purpose.

Special Purpose machinesfor Machining/Grinding/Polishing/ finishingSpanner, Wrenches andother tools.

50­100 Special Purpose.

Packing Machine. 25­50 For packing.

xv). Foundries – Steel and Cast Iron . a). Foundries – Steel and Cast Iron.

Sl.No.

Activity Technology Need Cost (Rs inlakh)

Advantages

1.

Melting Section.

Divided blast cupola. 3­5 15 per cent coke saving,Better melt quality,Higher tappingtemperature, Loweremissions, Reduced airpollution.

Gas fired cupola. 12­15 Eco friendly, Highertapping temperature,Better melt quality.

Gas fired Pit furnace. 0.75­1.50 Eco friendly, Highertapping temperature,Better melt quality.

Oil fired rotary furnace. 37 (imported),

3 (indigenous)

Pollution control, Betterquality product, costeffective.

Induction Furnace withcooling tower & water

10 ­ 25 Flexibility to produceferrous castings of all

treatment plant. grades, Flexibility forcharge mix selection,Best melt quality, Ecofriendly.

Induction ladle refiningfurnace.

30­40 Value added casting, ecofriendly.

D.C. Arc Furnace. 30­40 Special grade castings,eco friendly.

Oil fired rotary furnace. 37.40(imported).

30 indigenous.

It is proven technology,reduced air. pollution,better quality product,cost effective .

Metal Refining Converter. 40 Value added castings,eco friendly.

Skip charger for cupola. Up o 1.50 Ease of charging,reduced labour cost,better control.

Pouring/treatment ladlesas per Indian standard4475, 4476.

Up to 1 Quality assurance,increased safety forworkmen.

2. Utility Section Gas based Generatingset.

Up to 30 Reduced air pollution,energy saving.

3.

Quality Control Lab.

Metallurgical Testing:

Metallurgical Microscopewith image analyzer,photographic attachment,sample preparationmachines.

1.50­10 Quality assurance,Defect analysis,Diversification e.g. SGIron Productionequipment essential tomeet process controlrequirements.

Laboratory Testing /Quality Controlequipment.

Stroholien Apparatus,Muffle furnace, Hot Plate,Glass ware etc.

U.T.S.

Spectrometer / MassSpectrometer.

Hardness tester.

1

Up to 3

15­25

Up to 1

Up to 0.75

Up to 3

Up to 1.50

Quality control, defectinvestigation, Qualityassurance, Consistencyin quality, Reduceddefective casting, Costcontrol.

e) Izod & Charpy Impacttesting machine.

Ultrasonic testingmachine.

g) Magnaflux testingmachine.

Sand Testing equipmentMoisture Teller, UniversalSand Strength testingmachine, Sieve shakingdevice, Compactabilityscale, Rapid MoistureTeller, Permeability Meter,Mold Hardness Tester,Muffle furnace, Washbottles, stirrer/Shaker,Hotplate, Vortex shaker,Centrifuge etc., Shatterindex machine, ScratchHardness Tester, Stickpoint, hot tensile, peelback

2 to 8 Reduced defectivecasting, consistency inquality, Reduction inadditives cost, Better ascast surface finish.

Dimensional Inspectioninstruments:

Surface plate for marking,Height gauge,Micrometer, Vernier,Profile projector withDigital Reading system,Dial & Micro snapgauges, Floating careagedia measuring machine, 3­Co­ordinate measuringmachines.

Up to 10 Quality assurance,Defect analysis.

Process ControlEquipment:

a) Carbon equivalentmeter.

b) Pyrometer (dip typeimmersion).

0.75­1.75

0.20

Consistency in quality,Reduced defectivecasting, Cost saving.

4. Design & Computers & CAD 1.50 ­ 15 Computerisation of

Development Software's, simulationsoftware withPrinters/Plotter.

design & development togain efficient & fastworking.

5. Molding/Core. Intensive mixers. 2.50 ­ 5 Reduced defectivecasting, Better as castsurface finish, Reductionin additive cost,Reduced air pollution.

SimultaneousJolt/Squeeze mouldingmachine.

3­10 Higher productivity,dimensional accuracy,less skill requirement.

Shell Moulding Machine. 3­5 Higher productivity,dimensional accuracy,less skill requirement.

Centrifugal castingmachine.

1.50­3.50 Liner castings exclusiveprocess, eco­friendly.

Spun pipe castingmachine.

up to 40 Export potential, higherproductivity, eco friendly.

6 Investment Casting Wax Injection Machines. up to 10 Requirement for moderninvestment castingprocess.

Sand Raining Machine. up to 4 Requirement for moderninvestment castingprocess.

Slurry Mixtures. Up to 2 Requirement for moderninvestment castingprocess.

Dewaxing Oven. Up to 2 Requirement for moderninvestment castingprocess.

Burt out furnace. Up to 2 Requirement for moderninvestment castingprocess.

Belt Polishless. Up to 1 Requirement for moderninvestment castingprocess.

Sand reclamation system. Up to 20 Cost saving, pollutioncontrol, reduced binderscomposition.

Continuous mixer for nobake sand.

Up to 15 Reduced additive cost,Quality improvement,

Pollution control,Improved quality.

Shot blasting machine. Up to 8 Better surface finish &Quality improvement

CO 2 Gassing machine. Up to 0.50 Cost saving, pollutioncontrol, Qualityimprovement.

Moulding boxes as perIndian Standard 1280 &10518.

Up to 3 Better dimensionalaccuracy, higherproductivity

Core shooter­shell or nobake sand.

2 ­ 5 Higher Productivity,Consistency in quality,Narrower as castdimensions, Excellentfinish.

7. Heat TreatmentSection.

Induction HardeningEquipment

100 KW, 500Hz to 3KHz.

Removable Hearth typechamber F/C upto 1200 Cmoving with computercompatible temp.controller.

Handling equipment­overhead crane­ 2 toncapacity.

Quenching.

Water quenching tank­with Heat exchanger unit.

ii. Oil Quenching tank­fitted with oil heating &heat exchanger to obtaindesired & cooling rates forhardening.

iii. Air quenching fans.

10 ­ 15

3 – 5

1­3

0.75

1.50

0.30

Higher Productivity,Consistency in quality,eco friendly.

Cost saving,Consistency in quality,Better productivity.

Reduced labour cost,Higher Productivity,Consistency in quality.

Process requirement toachieve quality.

Process requirement toachieve quality.

Process requirement toachieve quality.

8. Machine Shop. CNC Milling machine.

CNC Lathe Machine.

Capstan lathe/Turret

25­30

10­15

up to 3

Higher productivity,dimensional accuracy,less skill requirement,Consistency in quality.

lathe.

Radial Drill.

Planner.

Shaper.

Jig Boring Machine.

Hydraulic Hooningmachine.

up to 5

up to 3

up to 3

up to 5

up to 3

9. Pattern Shop. CNC Milling.

Pentograph.

Drilling.

Disc and bobino sandgrinder.

30­50

Up to 2

Up to 1.00

Up to 3

Higher Productivity,Consistency in quality,Narrower as castdimensions, Excellentfinish, Betterproductivity.

10. Fettling Section. Shot Blasing Machine.

Pedestal Grinder.

Swing Frame Grinder.

Painting Booth.

up to 5

up to 0.50

up to 0.25

up to 0.50

Higher Productivity,Process requirement toachieve quality.

Pollution Control.

S. No. Activity Technology Need Cost (Rs. in lakh)

Advantages

1 Pollution Control Wet Scrubber, Cyclone,Ventury Scrubber, BagFilter.

Variable up to15

Reduction of suspendedparticulate matter (SPM)emissions.

b). Foundry chemicals.

S.No.

Activity Technology Need Cost (Rs. inlakh)

Advantages

1 Resin. Stainless steel kettle orreactor complete plant

assembly.

25 By using SS reactorvessel replacingMildseel vesseleliminates iron contentfrom resin improvingquality of resineliminating casting

defects due to ironcontent in the resinwhich results intosurface defects, blowholes, pin holes. It willimprove productivity,quality of product andwork environment in theunit.

Thermic Oil HeatingSystem, 3000 Kcal/hr.

4 It saves energyconsiderably and isabsolutely environmentalfriendly and there is nopollution.

2 Exothermic/insulatingSleeves.

Oven for BakingSleeves, MoldingMachines, Vacuumsystem.

25 It reduces requirementof molten metal forrisers thus increasingyield of castings to thelevel of sometimes morethan 20%. Highly energysaving, cost reductionsystem thus improvingproductivity.

xxvi). General Engineering Works. S. No. Activity Technology Need Cost

(Rs.in lakh)Advantages

1. General Engineeringfor Multiple use:­

Hand tools, Surgicalequipment, Bicycleparts, Auto parts,Machine tools.Precision machinedparts.

General EngineeringWorks for Multiple Use. CNC wire cut machine,EDM, CNC lathe alongwith rotary tableattachment, CNC milling,CNC drilling machine etc.

b) Inverter based WeldingMachine.

5 ­ 55

Prevailingmarket price.

Modernisation and resultsin efficiency gain, greatermarket acceptability, skillimprovement and better,working environment.

Better design, fasterresponse time, extremelylow ripple, smaller in size& lighter in weight henceportable, more efficientduring welding, betterweld quality and energy

efficient operation.

2. Heat treatment. Induction furnaces, GasCarborizing furnace, QC &Testing equipments suchas Vickers hardnesstesting equipment etc.

up to 30 Enhancement ofmechanical properties.

3 Skill upgradation. Modern software drivenequipments such as CNCtrainer mill, CAD/CAMsoftware and modern audiovisual equipment.

Up to 40

xxvii). Gold Plating Industry and jewellery. a)Gold Plating Industry and jewellery. Sl.

No.Activity Technology Need Cost

(Rs. inlakh)

Advantages

1. Automatic platingoperation.

Automatic Electroplatingunit.

2–5 Increased production inconditions safe forhandling and better controlof quality.

1. Power supply. Pulse Rectifier. 1­ 2 Better Quality in plating.

3. Polishing. Polishing machine. 0.50 Better finish after plating.

4. Cleaning before plating. Ultrasonic cleaner. 1 For effective cleaning ofintricate surfaces.

5. Demineralising. Demineraliser or Deioniserunit.

0.50 For preparation of platingsolutions of betterstandard.

6. Lacquering Unit. Electrophoretic LacqueringUnit.

4 For increased life of platedproduct.

7. Baking. Oven with temperaturecontrol.

0.50 For increased life of platedproduct.

b) Gold melting and refining.

1. Gold melting. a)Induction Melting furnacewith Crucible.

b)Gas fired melting furnacewith crucible.

5

8

Pollution free, quickertime, Reduced Meltinglosses, reducedconsumption ofenergy/unit wt. of meltinghighest quality

Flexibility of handling

different sizes ofcrucibles, less fuelcost/unit wt. of melting &highest quality

2. Gold refining. High quality Borosilicateglass reaction Vessel, non­rusting non corrosive fittingand joints double fumecondensation columns &scrubber highly efficient forabsorbing reaction gases,automatic charging of acidfacility.

49 More superior thanexisting plant with highestpossible recovery ofgold/totally environmentalfriendly meetingstandards.

3. Scrubbing & filtration. High Power water jetvacuum pump speciallybuilt for chemical plantswith security valves etc.

3.50 High capacity vacuum andwater jet pumps for fasterand efficient watercirculation for heat transferand acid fumeneutralization, reducedpollution free air fromscrubber.

4. Recovery of bye­products.

Electrolytic silver refiningplant complete withstabilized power, powercurrent rectifier, anodepreparation moulds, Hot airdrying and washingcentrifuge and accessories& wheeled filtering unit.

Electrolytic silver refiningtank, recycling tank forsilver solution with pumps.

8

12

Recovery of High PurityBye Products,environment friendly,pollution & dust free.

5. Drying. Thermostatic stove dryerfor Gold grains powdercrystals.

4 Reduces losses due toevaporation, reducesmelting losses andhazards, removesunwanted volatile matters.

6. Filtration &Demineralisation.

Dual column automaticwater demineralisers withholding metallic structureand inlet filters.

2 In house quality control ondesired purity necessaryto wash refined Gold formaintaining desired purity.

7. Precipitation / Reduction. Storage & sedimentationtanks for gold chloride

3 Totally Pollution free noevaporation of gold

solution coming fromAquaregia gold refiningplant after goldPrecipitation.

chloride solution, reduceslosses of finegold/particles.

8. Flue gas outlets. Plenum Chamber completewith hopper & flangedconnection for pipelines

2.50 Sucks heat fumes & fineparticles of gold reducestemperature in meltingarea & improves workenvironment.

9. Fume Particles recoveryplant for melting.

Steel cyclone for washing& recovery of fumeparticles coming frommelting furnaces.

3.50 Preventing precious metallosses improvingprofitability.

xxviii). Locks. Sl.

No.Activity Technology need Cost(Rs. in

lakh)Advantages

1. Locks­Lever type &Pin cylinder type.

Three Axis CNC DrillingMachine for Multiple Drillingin Brass Body/ Tumbler.

11.25 Enhance and consistentquality, improvesproductivity.

Three Axis­CNC KeyIndentor for Dimple Typekeys.

12.75

Automatic Key Serial numberStamping Machine­

Hydro­Pneumatic.

3

Pin Making Machine ­

Automatic Pin Cutting.

6.50

Broaching Machine ­

Semi Automatic plug keywaybroaching Machine with Autoloading.

12.50

Key Slotting Machine ­

Auto Key camshaft sidemilling Machine for KeywayMilling.

6

Key Biting Machine ­

Key Biting Face Milling

9

Machine.

Automatic Cutting Machinefor Lock Body.

5 These automaticmachines are designedfor assembly of pin­tumblers, constant lengthdrivers and spring intolock cylinders, and thenseal the cylinder.

3­Spindle Automatic DrillingMachine for Lock Body.

21

Automatic Drilling & TappingMachine for Lock Body.

21

Automatic Pin­Hole DrillingMachine for Lock Body.

14.50

Automatic Pin­Hole DrillingMachine for Plug.

10

Automatic Drilling & MillingMachine for Plug­End.

9.50

xxix). Steel furniture. S. No. Activity Technology Need Cost(Rs. in

lakh)Advantages

1. Manufacturing. Electrostatic PowderCoating equipment alongwith pre treatment tanks andcuring chamber.

Up to 20 i)Quality improvement.

ii)Reduction in materialwastage (Paint) thusreduced cost.

xxx). Toys. Sl.

No.Activity Technology Need Cost

(Rs. in lakh)Advantages

1. Toys­Soft toys. Garnetting Machine. 3.50 Avoids bunching of thefiber fill, increasesfluffiness and softer feel.

2) Metal Detector­

Tunnel type with conveyorbelt

Detection­Ferrous 1.5mm,Non­ferrous­2.0mm.

3.50 Assists in detectingferrous/non­ferrous partsspecially broken needlesfrom soft toys.

3) Hydraulic Gear/Presscutting machine Automatic/ Semi automatic type.

5.50 Can cut upto 6 layers offur fabric and 30­50layers of velour fabric.

4) Sewing machines 0.12~

Type – Single needlelockstitch machine,medium to heavy typefabrics.

0.18

4) Stuffing machines. Approx. 0.70 fora single pointmachine to 1.25for a doublepoint machine.

To increase speed andconsistency of stuffing ina toy, a stuffing machineis used. In this thecarded/opened PSF isfilled using blowers.

2. Plastic Moulded /extruded products &parts / componentsincluding toys.

1) CNC Milling Machine. 18 –33 Improves productivity,quality and reduces timein manufacture of dies &moulds.

2) CNC Wirecut Machine. 8

3) Electric DischargeMachine.

10

4) CAD/CAM Software :

Scanner / Digitiser

10

3 Making of BoardGames, puzzles andeducational games.

From manual to automaticoperation

15­ 20 forindigenousmachine.

A proven technologyensures product quality,consistency, costeffiectiveness andproductivityenhancement.

xxxi). Non­ferrous foundries. Sl.No. Activity Technology Need Cost

(Rs. inlakh)

Advantages

1 Meeting & Castingsection.

i) Oil fired pit furnace/LPG orCNG fired pit furnace.

ii) Mobile de­gassing unit.

iii) Pressure die castingmachine(Hot/cold chamber).

v) Dip type temp. indicator.

0.75 to 2

up to 15

15­ 80

0.20 to 0.25

up to 0.50

Eco­friendly, highertapping, temperaturebetter melt quality, lowermelting losses.

Faster degassing ofmolten metal, processrequirement.

i) Faster productionrate. ii) High dimensionalaccuracy.

i) Liquid metal

v) Pouring ladles as IndianStandard 4475­ 4476

temperature can bemeasured quickly.ii) Better control onpouring temperature.

Quality assurance,increased safety forworkmen.

2 Quality controlLab.

i) Thermal analyzer for Aluminum.

ii) Electrolytic analyzer.

iii) Met Microscope with imageanalyzer, photographattachment sample preparationmachine

iv) Ultrasonic testing machine.

v) Radiography testing machine

vi) Spectrometer

4 ­ 10

2 ­ 10

4 ­ 10

15 ­ 25

Quality assurance,essential to

meet process controlrequirement.

Quality control, defectinvestigation,

Quality assurance,Consistency in qualityReduced defectivecasting, cost control.

3 Utility Section. i) Gas fired Gen­set. 10 ­ 20 Reduced air pollution,energy saving.

4 Heat TreatmentSection.

i) Forced Air Circulation electricfurnace.

ii) Low temperature electricfurnace.

iii) Quenching­water Quenchingtank with heat exchanger unit.

iv) Material handling equipment.

v) Sand testing machine.

3 ­10

0.50 ­ 1

1.­3

3 ­5

Eco­friendly, energysaving furnaces.

Process requirement toachieve quality safety toworkmen

Higher productivity,process

requirement to achievequality.

5 Design &developmentSection.

Dimensional inspectioninstruments. Surface plate formarking, Height gauge,Micrometer, Vernier, Profileprojector with Digital Readingsystem, Dial & Micro snapgauges,

Floating careage dia measuringmachines, 3 coordinatemeasuring machines.

up to 10 Quality assurance,Defect analysis.Computerization ofdesign& development togain efficient & fastworking.

Computers & CAD software'ssimulation software withPrinters/Plotter

6 Machine/Die shop CNC Milling machine

CNC Lathe machine.

Capstan lathe/Turret lathe.

Radial Drill.

Planner.

Shaper.

Jig Boring machine.

Hydraulically Honing machine.

25­3

10­14

3.

up to 5

up to 3

up to 3

up to 5

up to 3

Higher productivity,dimensional Accuracy,less skill requirement,consistency in quality.

7 Pattern Shop. CNC Milling.

Pantograph.

Drilling machine.

Disc and bo bino sand grinder.

30 50

up to 2

up to 1

up to 3

Higher productivity,consistency in quality,narrower as castdimensions. excellentfinish, better productivity.

8 Cleaning &Fettling Section.

i) Grit blasting machine

ii) Pedestal Grinder

iii) Belt Grinder

iv) Painting Booth

v) Acid Pickling & cleaning plant

up to 5

up to 0.50

up to 0.50

up to 0.50

1 ­3

Higher productivity,Process requirement toachieve quality.

xxxii). Sports Goods. a). Sports Goods.

Sl.No.

Activity Technology Need Cost (Rs. inlakhs )

Advantages

1 Generalstitchingfinishingpurpose

Auto drive conveyors infinishing,

stitching & packing

1.70 conveyor forfinishing.

For uniform materialmovement withoutpersonnel involvement

2 For packaging &wrapping ofsmallercomponents.

Auto puch & shrinkpackaging machines for

football, tennis ball, hockeyballs.

0.70 conveyor forpackaging.

Electronicallycontrolled system foruniform & faster outputof packaging.

3 Printing of allsports goodsand balls.

1.Conveyors for materialtraveling and drying atcontrolled temp and speeds.

2. Automated pad printing onballs and other components.

3. Thermal & foil transferprinting (PLC

controlled & automated).

4. Pneumatic embossingmachines.

0.70 conveyorbasic type.

4.50 per singlehead with fullautomation

1.20 per single

platform withpneumaticautomation.

1.20 per single

platform withpneumaticautomation .

Man power saving withuniform quality output.

Improved technology

For printing thanconventional manualprinting with betterproductivity.

New concept to matchthe final goods withinternational style.

New technology ofprinting thanconventional manualprinting with betterproductivity.

4 Leg guards,gloves & othersportsprotective gears

1. Mechanized & specializedsingle &

double needled stitchingmachines for

leg guards & mat

0.40 per singleneedle machine1.60 per doubleneedled machine

Uniform stitch density,Higher production.More

Versatility on newmachines.

Safer thanconventional

1. Electronic fabric cuttingmachine for

artificial leather. PVC, PU,cotton and

polyester fabrics

0.03 basic handyautomatic cutter

Higher output, lowerrejection.

No skill required.

1. Hydraulic checkers forPVC leather,

rubber sheets for foot ballsetc. instead

of hand cutting formechanical power

cutters.

1.50 to 2 per

machinedepends

on the area sizeof the head

Material saving, Lowerdown

time, Non skilledlabour

required .

5. For balls 1. Thermal welding machinesas per

New techno­

logy, can

Latest technology inball

latest technology of balls.

2. Single needled stitchingmachines for

ball stitching.

vary from 1.50 to3 for PLC typemachine

1.50 permachine(heavydurty)

Making.

Latest technology withmore productivemethod per man in ballstitching.

6 For moulds &dies

1. CNC machines for inhouse die

making & repairing for ballsetc.

2. Imported CNC dies & omoulds

10 to 12 for

milling type

with 3 axis

machine for in

house working

mould cost for

balls 25000/set

0.75 to 1 for

plastic legguards

moulds.

Accurate moulds &

dies as perinternational

trends & wideracceptability.

7 Cartonpackaging

1.Stitching machines forpackaging

2. Automatic strappingmachines

2 to 1.50

depends

on carton size.

Time saving packaging

technique.

b). Rubber, leather, plastic based sports goods

Sl.No. Activity Technology Need Cost (Rs. inlakh )

Advantages

1 Rubber, LeatherPlastic based Sportsgoods.

1. Tensile TestingMachine (Indian)

0.50 to 10 Testing of raw material/product. ­Better QualityControl. ­Qualitypgradation/Improvement.­Indirect contribution inboosting exports.

2. Rheometer(Indian) 0.50

3.Din Abrasion Tester(Indian)

0.30

4. Ross type FlexTester (Indian)

0.30

5. Hot Air Oven(Indian)

0.15

6. Leather ColourFastness Tester

0.90

7.Mini Flexometer 0.75

8.Martindale AbrasionTester (Leather)

1

9. Shooting ApparatusFoot Ball Testing

(Indian)

10. Water­Uptake­Tester Foot BallTesting

(Indian)

2.50

0.75

2 Rubber based Sportsgoods.

1. RubbercompoundingKneeder.

2.50 ­ 4 Higher productivity.

Better quality of product.

2. Rubber InjectionMoulding machine.

4 ­ 10

3. PID Temperaturecontrolled

Hydrauliccompression

Press.

1 ­ 2

4. ThermalFluid/Petroleum fuelboiler

2.50 ­ 5 To ensure cleanerenvironment.

3 Cricket Ball 1. Cricket Ball PanelAngle CuttingMachine

1 More production 2 or 3 times;

Repeatability;

Low cost of production;

No trained man powerrequired;

4 Protective equipmentfor Cricket andHockey

1. Foam, Leather &Cloth etc. CuttingClicking

Machine

2 ­Low cost of production.

­High production (10 times).

­No damage of dies.

­No trained man powerrequired.

5 Wood based Sportsgoods

1. Crack detector(Ultrasonic)

1 ­ 1.50 1. Better quality product.

2. Better quality control.

3. Higher productivity.

4. Contribution in boostingexport.

2. Moisture Meter 0.05

3. Glass Tester forfinish

0.05

4. Wood hardnesstester

5

5. Wood SeasoningPlant (Non Steam)

6.50

6. Pressure SensitiveHydraulic Cricket BatPressing Machine

­

7. Semi AutoLacquering Plant

1.50 ­ 2

8. Wood Boiling Plant

9. Wood EngravingPantograph

1 ­ 2

10. Copying Lathe 1.50 ­ 3

6. Leather based sportsgoods

1. Auto spray coatingmachine (Italian)

20 ­25 1. Maximum production 5 to6 times repeatability.

2. Roller Coastermachine (Italian)

15 ­ 20 2. Maximum output 5 to 6times repeatability.

3. Auto Togglingmachine (Italian)

30 ­ 40 3. Low cost of production.

4. Vacuum DryingMachine (IncomaItalian)

25 ­ 35 4. Better quality ofproduction.

5.Upgradation

/Improvement.

6. Better quality control.

7. Higher productivity.

8. Contribution in boosting

export.

xxxiii). Cosmetics xxxiv). Readymade Garments: a). For Knitting

Sl.No. Activity Technology Need Cost (Rs inlakh)

Advantages

1 Mfg. of Knittedfabric

High speed circular knitting machinewith a minimum speed of 23revolutions per minutes.

20 ­ 50 Improvement inquality andefficiency.

Mfg. of knittedSeamlessgarment

Computerised seamless garmentknitting machine and Gloves knittingmachine different size and gauge forunder & outer garment (NewTechnology)

20 ­ 65 ­do­

Mfg. of knittedsocks andgloves

High speed socks knitting machineand Gloves knitting machine with orwithout electronic jacquard.

3 ­ 7 ­do­

Mfg. of Knittedfabric andgarment panel

Computerized flat bed knittingmachine with minimum speed of 11revolutions per minute.

45 ­ 75 ­do­

Mfg. of Knittedfabric

• Warp/Raschel knitting machine

• High speed computerized warpingM/c for knitting

20 ­ 35

45 ­75

­do­

Manufacture ofLabel

Computerizes label making machine 10 ­ 18 ­do­

Mfg. of Knittedfabric

Circular knitting machine of differentsize and gauge

2 ­ 4 ­do­

2 Controllingrelative humidity

Modern industrial humidificationsystem for controlling relativehumidity & temperature.

5 ­ 8 ­do­

b). For stitching of knitted/Woven RMG & Made ups:

Sl.No. Activity Technology Need Cost(Rs. inlakh)

Advantages

1 Garment Mfg.activity

Single/multi needle power operatedindustrial lockstitch sewing machine withor without trimmer overedging/seaming andbanding operation

0.15 ­10 Improvement inquality andefficiency.

2 ­do­ Blind stitch machine /Chain stitchingmachine

Do

3 ­do­ Power operated linking/loop making sewingMachine

Do

4 ­do­ Power operated flat lock/overlock Machine do5 ­do­ Zigzag flat bed sewing machine do6 ­do­ Button stitch sewing machine do7 ­do­ Label/elastic inserting machine do8 ­do­ Button hole sewing machine do9 ­do­ Belt attaching machine do10 ­do­ Zip attaching machine do11 ­do­ Bar tacking machine do12 ­do­ Hemstitch machine do13 ­do­ Smocking M/c. Automatic multi needle

shirring machinedo

14 ­do­ Pattern maker/grader/marker machine/laser marker

do

15 ­do­ Power driven cloth cutting machine/laserfabric of label cutting machine

do

16 ­do­ Band knife­cutting machine do17 ­do­ Collar and cuff turning and blocking

machine and pressing machinedo

18 ­do­ Pocket creasing and welding machine/Autopocket making machine

do

19 ­do­ Industrial steam iron with vacuum tableand/or buck press

do

20 ­do­ Boiler for steam press/vacuum press,Steam cabinet/ vacuum press, Steamcabinet/vacuum table

do

21 ­do­ Button and revet/snap fasteners fixingmachine

do

22 ­do­ Fusing press do23 ­do­ Collar contour trimmer do24 ­do­ Automatic spreading & cutting table with

vacuum and/or air blowing devicedo

25 ­do­ Shoulder pad­attaching machine do26 ­do­ Pocket cutting machine do27 ­do­ Computerised CAD/CAM/cutting machine do28 ­do­ Round knife cutting machine do29 ­do­ End cutter with cloth press track ­do­30 ­do­ Cloth drilling machine ­do­31 ­do­ Collar point trimmer/gear knotcher machine ­do­

32 ­do­ High speed fully fashioned knittingmachine

­do­

33 ­do­ Whole garment making M/c for knittinggarment or power operated garment panelforming knitting machine with linkingmachine

­do­

34 ­do­ Power driven socks and gloves knittingmachine

­do­

35 ­do­ Automatic thread trimming/suckingmachine

­do­

36 ­do­ Shirt folding machine ­do­37 ­do­ Stain/spot removing machine ­do­38 ­do­ Pear/Beads/Sones/Glassete/Hook and Bar

attaching machine­do­

39 ­do­ Quilting machine ­do­40 ­do­ Fabric inspection/checking machine ­do­41 ­do­ Needle/Metal detector machine ­do­42 ­do­ Multi bead computerized embroidery

machine­do­

43 ­do­ CAD/CAM pattern maker with plotter andsoftware including software equipment forembroidery machine

­do­

44 ­do­ Computerised Label making machine /Computerised Label printing machine

­do­

45 ­do­ Button wrapping/shanking machine ­do­46 ­do­ Feed –off­the arm industrial sewing

machine­do­

47 ­do­ Automatic dart/pleat making machine ­do­48 ­do­ Automatic label/ply picking machine ­do­49 ­do­ Pin tucking machine ­do­50 ­do­ Mechanised fabric pinning table ­do­51 ­do­ Single needle basting M/c ­do­52 ­do­ Single needle post bed sleeve setting

machine­do­

53 ­do­ Hanging production conveyor system ­do­54 ­do­ Crochet machine for laces and bands with

electronic bar operation­do­

55 ­do­ Shring thrusting M/c ­do­56 ­do­ Plastic staple attacher ­do­57 ­do­ Sand Blasting/Brushing machine ­do­58 ­do­ Colour matching machine ­do­59 ­do­ Automatic machine for making knit shirt

center plaits­do­

60 ­do­ Belt loop attaching machine ­do­61 ­do­ Button Packer ­do­62 ­do­ Collar Heat Notcher ­do­63 ­do­ Spot welding machine ­do­

c). For knit & Woven Process House (Fabric/Garment/Made Up): Wet processing

Sl.

No.

Activity Technology Need Cost

(Rs. in lakh )

Advantages

1 Dyeing activity Wet fabric spreading andsqueezing machine

0.25­100 Improvement in qualityand efficiency.

2 ­do­ Knit tubular mercerizing orbleaching cum mercerizingmachine

­do­

3 ­do­ Knit fabric continuousbleaching plant

­do­

4 ­do­ Soft flow dyeing machine ­do­

5 ­do­ Jet dyeing machine ­do­

6 ­do­ Cabinet type hank yankdyeing machine

­do­

7 ­do­ Printing/curing machine forgarments

­do­

8 ­do­ Automatic flat bed screenprinting machine Rotaryscreen printing machine

­do­

9 ­do­ Ink jet printing machine ­do­

10 ­do­ Star Ager/pressure ager/loopager/steam ager

­do­

11 ­do­ Roller steamer/Polymeriser ­do­

12 ­do­ Washing range witharrangement of tension freefabric drying and reducedwater consumption/waterreuse system

­do­

13 ­do­ Hydro extractor ­do­

14 ­do­ Industrial garmentwashing/drying machine

­do­

15 ­do­ Tumble dryer ­do­

16 ­do­ Rope opening Line with openwidth squeeze mangle forknitted fabric

­do­

Wet Finishing Machines:

Sl.

No.

Activity Technology Need Cost

(Rs. in lakh )

Advantages

1 Finishing Multi chamber stenter(minimum 4 chambers) witharrangement of oil/gasheating

1­50 Improvement in qualityand efficiency.

2 ­do­ Radio frequency/infraredradiant gas fired/microwave/loop/relax dryer

­do­

3 ­do­ Form finisher ­do­

4 ­do­ Sue ding machine ­do­

5 ­do­ Precision flock cuttingmachine

­do­

6 ­do­ Sieving machine ­do­

Dry processing/Finishing Machines:

Sl.No. Activity Technology Need Cost(Rs. inlakh)

Advantages

1 Processing/Finishing Fabric reversing machine 0.50 ­ 20 Improvement inquality and efficiency.

2 ­do­ Slit opening machine ­do­

3 ­do­ Pile cutting machine ­do­

4 ­do­ Singeing machine for tubularfabric

­do­

5 ­do­ Dry to dry cleaning machine ­do­

6 ­do­ Compacting machine ­do­

7 ­do­ Curing/Polymerising machine ­do­

8 ­do­ Coating/Laminating/Embossingmachine

­do­

9 ­do­ Computer controlled fabricinspection machine /Faultanalyzer/Report generator

­do­

Effluent Treatment plant:

Sl.No. Activity Technology Need Cost (Rs. inlakh )

Advantages

1 Effluent watertreatment

Effluent Treatment plantwith primary secondaryand/or tertiary treatmentfacilities (for unit linked tocommon effluent treatmentplant with primary treatmentsystem

5 ­ 25 To save the environment.

Utilities and Others

Sl.No. Activity Technology Need Cost(Rs. inlakh )

Advantages

1 Steam heatingsystem

Oil fired boiler, coal firedboiled with pneumaticallycontrolled filter mechanismelectrostatic precipitatorand micro dust collector

2­15 Improvement in qualityand efficiency.

2 ­do­ Thermo Pac/Other hightemperature heating system

­do­

3 Goods packing Automatic packing machine ­do­

4 Weighing anddispensing

Automatic dye weighingand dispensing system

­do­

5 Colour matching Computer Colour matching ­do­

6 Quality testing Light fastness tester ­do­

7 Thin hydro carbon vaporsrecovery plant for textileprinting

­do­

8 Powergeneration

Diesel Gen set (low fuelconsumption with pollutioncontrol canopy)

­do­

Quality Control Equipment

Sl.

No.

Activity Technology Need Cost

(Rs. in lakh )

Advantages

1 Quality testing PH Meter 0.10­0.75 To maintain the quality.

2 ­do­ Wash fastness tester ­do­

3 ­do­ Perspiration fastness tester ­do­

4 ­do­ Rubbing fastness tester ­do­

5 ­do­ Grey scales ­do­

6 ­do­ Electronic balance ­do­

Textile Processing.

S. No. Activity Technology Need Cost(Rs.in lakh)

Advantages

1 TextileProcessing

Bio­mass Gasifier basedwater boiler.

1 machine Operated by natural fuel,advantageous in comparisonto the diesel fired boiler.

Environment friendly andeasy to operate. Smallinvestment and economic.

xxxv). Wooden furniture xxxvi). Mineral Water Bottle xxxvii) Paints, Varnishes, Alkyds and Alkyd products a) Paints

Sl.No. Activity Technology Need Cost (Rs. inlakh )

Advantages

1 Manufacturing Basket Mill

Twin Shaft Disperser

Tinter Dispencing System

Electronic balances

Automatic/Semi­AutomaticFilling machines

D.M. Water Plant

1.50

5

7.50

0.75

2.25

0.75

Faster production;Fast shades changeover;Less energyconsumption;Lower maintenance cost;

Faster production;Less energyconsumption;

Quick response to orders;Consistent quality;Better shadereproducibility;

Accurate weighment,consistent qualityimproved yield.

Accurate weighment,

Transfer Pumps 1.65

faster production.improved yield.

Improved quality;Reproducible Quality;Better shelf­life;

Reduce wastages;Reduce cost;Faster production;

2 Technology Powder Coatings

Electrode position

25.00

15.00

Eco­friendly product;Better corrosionresistance;No fire/health hazards;

Eco­friendly product;Better corrosionresistance;No fire/health hazards;

3 Quality control Computerised Colourmatching system

Electronic balances

Replacement by moreaccurate instruments

6.50

0.75

2.50

Consistent quality; Faster production; Optimum pigmentsusage; Cost reduction; Faster shadedevelopment;Better customer service;

Accurate and quickerweighment.

Overall improved quality Overall improved quality

b). Varnishes, Alkyds and Alkyd products

Sl.No. Activity Technology Cost(Rs.in lakh )

Advantages

1

2.

Manufacturing &Process

Settling of unreacted particles

Reaction kettle (closed)with

temperature controller,

pressure controller &agitator

Settling Tank

2.40

0.60

a) Lower Process Losses.

b) Lower Energyconsumption.

c) Better quality while lowheating avoidsdecomposition of material.

d) Economics will be better& viability increases.

e) Un­reacted materialsettles down & separatedfrom bottom, quality will bebetter finally.

f) Product is comparablewith international standards

i.e. low cost of production& Better quality of product.

xxxviii).Agricultural Implements and Post Harvest Equipment. Cross­referencing of technology for this sub­sector may be taken from General Engineering Works at

Sl. No. XXVI, Forging and Hand Tools at Sl. no. XXIV, Foundry at Sl. no. XXV and Auto parts andcomponents at Sl. no. XXI.

xxxix). Beneficiation of Graphite and Phosphate. xxxx). Khadi & Village Industries. a) Palm based Industry.

Sl.

No.

Activity Technology Need Cost

(Rs. in lakh)

Advantages

1 Neera Processing Poly­packing and qualitycontrol machines.

14.50 Increase of self­life ofNeera and hygienicpackaging.

To avoid spoilage ofNeera.

To increase the sales

Ready to serve naturalnutritional product ofpalm to customers.

To continue the sale ofNeera during off­season also.

2 Palm sugar Stainless steel crystallisers 3.50 Increase ofproductivity andquality/purity of sugar.

3 Palm confectionery Cutting Dies/auto wrappingmachine

with design intervention(cylinder

mould)

4.50 Quality improvement,product diversification,consumer attraction.

b) Khandsari Industry

Sl.No. Activity Technology Need Cost (Rs. inlakh )

Advantages

1 Jaggery making Boilers/power operatedcrushers, temperature sensingEquipment incorporatingthermocouple, reader andbuzzer.

1.50 Uniform boiling of juice,time saving, avoidwastage, and qualityend product.

To know the exactstriking temperature ofthe end product and toavoid spoilage ofquality of product.

2 Cane sugar Boilers (diesel fired),purification plant, packingmachinery

6 Uniform boiling of juice,time saving, avoidwastage and qualityend product .

c) Village Oil Industry

Sl.No. Activity Technology Need Cost (Rs. inlakh )

Advantages

1 Edible oilextraction and oilcakemanufacturing

(Improved 10 bolt expeller, 20plates filtration machine, polypack machine with quality controlLaboratory)

10 To increase the oilextraction production.To increase shelf life ofoil and sanitaryproduction, moistureand fat protection, re­seal feature and easeof disposal.

d) Fruit & Vegetable Processing/Milk Based Products Industry

Sl.No. Activity Technology Need Cost (Rs. inlakh )

Advantages

1 Processing of fruits andVegetables, canning,juice processing Jam,

Juice pasturizers anddeaerators/ evaporation andAroma recovery

18 To improve theproductivity andquality to compete in

jelly, tomato productsand dehydration.

units/exhausting and retortingequipments/aseptic processingand filling units /cabinet orcontinuous band driers.

the market.

2 Beverages/preserves Automatic can closingmachines, hydraulic press,reforming unit, volumetric filterand food beverages Machineriesand colloid mill and fullyautomatic packing and sealing(Pouch/tetra pack) machines,etc.

24 To improve theproductivity andquality as well asvalue addition of theproduct. The packingtechnique will satisfythe customer needsand increase the self­life of the product.

3. Milk Based products Oil fired boilers, centrifuges(power operated), auto packingequipment, pasteurizing unitwith cooling cabinet and qualitycontrol lab

18 To maintain thequality and purity ofthe end products aswell as increase theproductivity andcompete the marketwith updated packingtechnology.

e) Pulses & Cereals Processing Industry.

Sl.No. Activity Technology Need Cost(Rs. inlakh )

Advantages

1 Papad, Masalamaking, dalprocessing, spicesand flour mill, etc.

Drier (sun or electrical), Peelingmachine, screen machine andbalancing machine with abequipment/pulverisers and packingunit.

10 To serve the productwith 100% purity asper consumer needand satisfaction.

f) Consumer and Chemical based Industry.

Sl.No. Activity Technology Need Cost(Rs. inlakh )

Advantages

1 Toilet soap machinery

Duplex Plodder (125 kg Per hr.­twoWorms in senes)

1.45 Better phaseconversion of soapwith improvedfinish­air trapping insoap is minimized.

g) Mineral­ based Industry.

Sl.No. Activity Technology Need Cost(Rs. inlakh )

Advantages

1 Mineral basedindustry Brickmanufacturing UnitsPottery/Ceramic

1. Mechanized Brick, makingmachine 2. Roller, Execution cutter etc.3. Deairing Pug Mill 4. Ball Mill 5. Filter Press 6. Grinder 7. Blunger 8. Jigger Jolly9. Kiln, Heavy duty 10. Hand Opened wheel 11.Electric operated wheels 12. Glaze equipment 13. Air compressor 14. Spray­Gun, Both, Decorationplant machines 15. Gasfired/Oil fired & ElectricFurnance Tunnel Kiln16. Stone Crusher Machine 17. Glass cutter, Gas fired kiln etc. 18. Cement Block making machine 19. Brick/Tiles Press Machine

12

25­30

25 101515

Increased theproduction, qualitystrength,durability Socio­economicimprovement

­do­

­do­

­do­

h) Forest­based Industry.

Sl.No. Activity Technology Need Cost (Rs. in lakh)

Advantages

1 Beekeeping Bee hive ISI ‘A' typestandardized

0.01 For maintainingApis cerana beecolonies in southIndia.

2 Beekeeping Bee hive ISI ‘B' typestandardized

0.012 For maintainingApis cerana beecolonies in northIndia.

3 Beekeeping Bee hive ISI ‘C' typestandardized

0.18 For maintainingApis mellifera beecolonies.

4 Honey extraction Honey extractor Tangential type 0.08 To extract honeyfrom Apis ceranabee colonies insouth India.

5 Honey extraction Honey extractor Radial type 0.01 To extract honeyfrom Apis ceranabee colonies innorth India.

6 Honey extraction Honey extractor Tangential type 0.02 To extract honeyfrom Apis melliferabee colonies.

7 Beekeeping Hive stands folding type 0.0015 To keep the Hivestands.

8 Honey Processing Modern Honey Processing plant300 kg per 8 hr shift

1 To process honeyscientifically formarketing underAgmark.

9 Honey Processing Honey Processing plant 5 To process honeyscientifically Formarketing underAgmark.

10 Royal jelly collection Freez drier 2 To dry the Royaljelly collected frombee colonies.

11 Royal jelly collection Royal jelly collectingequipments, frame, cups, spoon,etc.

0.50 To collect Royaljelly from the beecolonies.

12 Powder/Churna Supper Mill (size reduction mill)

Multiple application: dry milling,controlled grinding, dry mixingdispension, wet material

Deduction, raw material milling,wet granulation sizing, drygranulation sizing tablet andcapsules reclaim.

2 Operator safelyfeature; Easy clean design;Sturdy constructionfor long life; Low heat;Low dust­LowNoise;Uniform particularsize;Productioncapacity: 200 to2000 Kg per hourPower: 5 HPWeight: 160 kg

13 Tablet (pills) Mini Tablet PressOutput: 40 Tablets per minutesMotor: ¼ HP 3 phaseWeight: 100 kg. approx

1.70 Operator safelyfeature; Precise productoutput;Automatic pressurerelease; Fine adjustment ofpressure And Tabletweight. Easy changeableand maintenance;

14 Paste/Ointment Single Head

Rotary Tube (Paste filling andclosing (crimping) machine

2.25 25 to 30 tubes perminutes with oneoperator;No tube­No filldevice;Clean elegantsturdy compactdesign for allstandard tube sizefor differentvolumes;No dropping;Automatic Injectionof filled and sealedtube;Attachment forcleaning of tube byvacuum systemsfor specificrequirement;All operations fullyautomatic;

i) Rural Engineering and Bio­technology.

Sl.No. Activity Technology Need Cost(Rs. inlakh )

Advantages

1. Wooden product Lacquer Polishing equipment 2 1.Better finishing.2.Qualityimprovement.3.Labour Intensive.4.Time saving inmfg.

2. Wooden furrnituredesigning

C.A.D. equipments 0.50 ­do­

j) Black Smith.

Sl.No.Activity Technology Need Cost(Rs.in lakh )

Advantages

1 General fabrication Powder coating 5 Better finishing,quality improvement,labour intensive, timesaving inmanufacturing.

2 Agriculture Forging machine 2 ­do­

k) Copper & Bell Metal.

Sl.No. Activity Technology Need Cost (Rs. inlakh )

Advantages

1 Ethnic products Polishing arrangement machine 1 Improved get up.

• Aluminum

1 Utensil and utilities Anodizing machine 5 Improved get up.

m) Electronics

1 Crout designing forhome accoulianceitems

Designing software along withaccessories

1 1. Better finishing.

2.Qualityimprovement.

3. Labour intensive.

4. Time saving.

n) Paper & Fibre Industry

1. Introduction ofeffluent treatmentplant at the existinghandmade paperunit

Individual effluent treatment plant(as per the design suggested byNEERI,Nagpur) details of themachinery and equipments requiredfor a 3 Cu. Mt./Day

10.75

Cost estimatesgiven byNEERI

The pollutionsupposed to begenerated by ahandmade paper unitis treated.

2 Usage of Agroresidues includingthe natural fibres inHandmade PaperIndustry

1. Boiler

2. Digeser

3. Poucher Washer

3

2

1.50

1. New rawmaterials such asjute, banana fibre,grasses, sun hempare used inhandmade paperindustry

2. The new types ofpapers can beproduced whichhave national andinternational demand

3. Water utilization(Banana fibreextracted from

4. Hydrapulper

1.50

waste bananatrunks) and makingthe eco­friendlyproducts

4. Productivity isincreased usage ofagro wastes likely tobring the cost down.

3. Hot drying process A small drying equipment to dry thePaper with the help ofelectricity/small boiler

8 1. The present majorproblem of drying thepaper sheets duringwinter and rainyseasons will besolved.

2. The quality(smoothness andstiffness) of thepaper will bemaintained.

3. The productivitywill be increased.The paper is driedand calendaredsimultaneously sothat the cost of thedrying andcalendaring willcome down .

4. Solar drying A solar drier 5 1. The present majorproblem of drying thepaper sheet duringwinter and rainyseason will besolved.

2. Effectiveutilization of freelyavailable solarenergy.

3. The quality(Smoothness andstiffness) of the

paper will bemaintained.

4. The productivitywill increase. Thepaper is dried andcalendaredsimultaneously sothat the cost of thedrying andcalendaring willcome down.

5. Fibre extraction Fibre extraction machine( can beused for speedy work and inremote areas also due to whichproductivity could be increased @Rs.25000/­ per machine).

0.50 1. Presently fibre isextracted by handmethods due towhich it is probablylimited. The machinewill increase theproduction andincrease theearnings of theartisans engaged inthe fibre extraction.

2. For quantityproduction newlydeveloped fibreextraction machinewill increase theproductivity.

6 Conversion of Paperproducts

Due to in­ house conversion facilityfor handmade paper products unitscould convert the handmade paperin value added products

2.40 1. Presentlyhandmade paperunits has to get thework done fromoutside resources forvalue addedproducts like photoframe, Dairies, etc.

2. Due to in houseas per conversionfacilities it would beeasy for the units tomake value addeditems as perrequirements of

customers.

o ) Khadi Industries­Handloom

1. Replacement ofNMCs

8 spindle charkha 1.25 (1 unit of25 NMC's)

Increasedproductivity,

Better quality of yarn,

Increased earnings.2. Jacquard looms Loom with the Jacquard devices 3 (1 unit of 10

looms)Better design ,

Extensibility,

Higher productivity,

Reducedworkmanship

Operational ease.3. Cotton processing

DyeingSemi automatic Jigger machines 2 Higher productivity,

Assured quality,

Reduces drudgery,

Low production cost.4. Cotton processing

PrintingScreen developing devices 2.50 Inclusion of new

design range,

enhancesacceptance.

5. Pre­spinningEquipments(Replacement ofcarding machine)

Improved LMW type mini carding 15 Improved quality ofraw material.

Reduces cost of rawmaterial.

Less overheads6 Quality Control

EquipmentsQuality testing Equipments for

­Fibre testing for maturity, staplelength etc.

­Yarn testing for strength, twist,count,hairiness etc

­Cloth testing for threads per inch,

strength, fastness etc.

3 Quality assurance atproduction level, lowproduct rejection.

xxxxi. Coir Board

Sl.No. Activity Technology Need Cost (Rs. in lakh ) Advantages

1 Semi automaticLoom

• Semi automatic Loom fittedwith a motor

• Bobbin winding machine

• cops winding machine

1.5 for one meter, 5 forfour meter wide loom,

1

0.35

Higher productionof improvedquality with leastdrudgery.

2 Anugraha Loom Improved mild steel handloom 0.20 for one meterwide loom

Women canoperate with leasteffort.

3 Quality of the rawmaterial

PH meter, analytical balance,moisture balance, conditioningchamber, UTM and glass wares

33.5 To ensureproducts withimproved anduniform quality.

4 MotorizedTraditional Ratts(MTR)

Traditional Ratts fitted with 0.25HP motor

0.35 each Uniform twist withreduction indrudgery,enhanced dailyincome.

5 Manufacture ofsoftened coirproducts

Mixing units, compressor,moulds, stitching equipment

6.5 Diversified useslike cushionedseats for schoolchildren and othernew applications.

6 Garden articlesfrom coir &natural rubber

Sheeting machine, compressor,hydraulic press, moulds, mixingunits for latex and chemicals withball mill, drier

22.50 Environmentfriendly plantgrowing media.

7 Coir pith products Coir pith processing machine 4 Largeaccumulation ofcoir pith getsvalue addition.

8 Coir yarn spun onautomaticspinning machine

Slivering machine, spinningmachine

10 Modernisation ofthe spinningsector.

9 Rubberized CoirManufacturing

Rubberized Coir ManufacturingMachine

100 Value addition inRubberized Coirsector.

10 Curled Coir Hackling machine, curlingmachine

15 Value addition atraw materialstage.

xxxxii . Steel Re rolling and/or Pencil Ingot making Industries.

Sl.No. Activity Technology Need Cost (Rs. inlakh )

Advantages

1. Reheating Improved design of oil firedpusher hearth re­heating furnace(RHF)with high efficiencyrecuperator using latest CFD(Computational Fluid Dynamics)based software.

50­125

(Depending on levelof revamping)

Saving in fuel forreheating,electrical energy inrolling, reducedburning loss, andbetter quality ofrolled product.

2 (a) Reheating Pulverized Coal fired Reheatingfurnace using recuperator for pre­heating combustion air withimproved burner design and coalhandling facility.

25­35 Reduction inspecific coalconsumption,reduced dust/SPMgeneration andbetter operatingenvironment.

2(b) Reheating withthe facility forproducing‘producer gas'

Producer gas fired reheatingfurnace with high efficiencyrecuperator. Gas Producers canbe set up at unit level withoutremoval of tar.

50­75 Clean coalcombustion willimproveenvironment.Enhancedefficiency of gascombustion incomparison tolump coalcombustion ongrate.

3 Material handling Hot charging of Ingot/Billet inRHF for rolling having facilitysuch as

• Transfer tables/transfer trolley

• Overhead crane

150­160 (total) More than 50%saving in thermalenergy forreheating of steelfor rolling.

4 Melting New design of Induction furnacehaving two coils with independentcontrol panel, heat exchangerequipment with provision foradditional burners and applicationof harmonic filters.

80­100 Saving in cycletime and powerconsumption dueto preheating ofcharge, facility toproduce cleansteels equivalentin quality toelectric arc and

ladle furnacecombination,improved p owerfactor up to 1.0(unity) with savingin specific energyconsumption formelting.

xxxxiii. Zinc Sulphate

Sl.No. Activity Technology Need Cost (Rs. inlakh)

Advantages

01. Zinc SulphateMono hydrate

Spray Dryer 50 Energy Saving, Qualityimprovement &environment friendly

02. Zinc SulphateHepta hydrate

Flash Dryer (With orWithout agitator)

30 Energy efficient reducesprocessing losses, Qualityimprovement &environment friendly

xxxxiv. Welding Electrodes

S.No. Activity Technology Need Cost (Rs. inlakh)

Advantages

1 Manufacturing ofWeldingElectrodes

Complete copper coatingline with annealing spooling& drawing capable toproduce continuous weldingwires

25 Waste minimization,Energy saving, Qualityimprovement andenvironment friendly.There is a global trend toshift to continuous weldingwires to reduce wastage(unused end pieces in thecase of weldingelectrodes). Wires alsosave ‘changing time ofelectrodes.

xxxxv. Sewing Machine Industry.

>

Sl.No.

Activity Technology Need Cost

(Rs. inlakh)

Advantages

1. Melting Divided blast copulaUp to 50 15% coke saving, better melt quality, higher

Section with pollution controldevices andelectrical.

tapping temperature, lower emissions, reduced airpollution.

Induction furnacewith cooling towerand water treatmentplant with or withoutcomputerised controlpanel

Up to 25 Flexibility to produce ferrous castings of all grades,flexibility for charge mix selection, best meltquality, eco­ friendly.

Induction ladlerefining furnace

Up to 40 Value added casting, eco­ friendly.

Skip charger forcopula

Up to1.50

Ease of charging, reduced labour cost, bettercontrol.

Pouring / treatmentladles as per IS:4475, 4476

Up to 1 Quality assurance, increased safety for workmen.

Carbon Manganese,Silicon Apparatus fortesting on shop floor

Up to 5 Quality assurance, control on elements.

Continuous castingconveyor system

Up to 10 Improved productivity, better quality castings.

Gas fired pit furnace Up to1.50

Eco­ friendly, higher tapping temperature, bettermelt quality.

Hydraulic­Pneumatic devicesfor knocking outcores.

Up to 5 Quick knocking of cores, cleaning andsmoothening of surface.

Overhead Crane Up to 10 Quick and safe material handling.Aluminum PressureDie casting machinealong with tooling.

Up to 30 High production, improved quality, low machiningcost.

Investment CastingPlant

Up to 60 High Production, improved quality, low machiningcost and higher productivity.

2. Utility Section Gas basedgenerating set

Up to 30 Reduced air pollution, energy saving.

3. QualityControl Lab,i..e.Metallurgic­altesting / labtesting /quality controlequipment.

Metallurgical testing:

MetallurgicalMicroscope withimage analyzer,photographicattachment samplepreparation machine

1.50 – 10Quality Assurance, Defect analysis, diversificatione.g. SG Iron production equipment essential tomeet process control requirements.

Stroholien Up to 1

apparatus, Mufflefurnace, Hot plate,glass ware etc.UTS Up to 3Spectrometer /massspectrometer

Up to 25

Profile projector Up to 20Hardness Tester Up to 1Izod & charpyImpact testingmachine

Up to0.75

Ultrasonic testingmachine

Up to 3

Magnaflux testingmachine

Up to1.50

Sand testingequipment

Universal SandStrength testingmachine, sieveshaking device,compatibility scale,rapid moisture teller,permeability meter,mold / corehardness tester,muffle furnace,wash bottles, Stirrer/ shaker, hotplate,vortex shaker,centrifuge etc.shatter indexmachine high tensilepeel back, scratchhardness tester,stick point .

2­ 8 Reduced defective casting, consistency in quality­reduction in additives cost, better cast surfacefinish.

Metal GraphicLaboratory

Up to 10

Dimensionalinspectioninstruments, surfacePlate for makingheight gauge,Micrometer, Vernier,

Up to 50 Quality assurance, Defect analysis

Profile projector withDigital readingsystem, Dial &Telescopic Gauges,Floating care age diameasuring machine,3 co­ordinatemeasuring machine

Gauges and testingequipments i.e.Snap, Plug, Ring,Thread plug gauges,Test Rigs andreceiver gauges asper BIS standards

Up to 25 Quality assurance, defect analysis.

Process controlequipment' Carbonequivalent meter

B) Pyrometer(Optical)

Up to 2

Up to0.20

Consistency in quality, reduced defective casting,cost saving.

4. Design &developmentSection

Computers andCAD Software,simulation softwarewith printers /plotters / pro­engineering / Catia.

Up to 25 Computerisation of design and development to gainefficient and fast working.

5. Moulding /Core section

Intensive mixers. Up to 5 Reduced defective casting, better cast surfacefinish, reduction in additive cost, reduced airpollution.

Wax InjectionMachines

Up to 10 Requirement for modern investment castingprocess.

De­waxing oven Up to 2 Requirement for modern investment castingprocess.

Moulding boxes asper Indian Standard1280 & 10518.

Up to 3 Better dimensional accuracy, higher productivity.

6.

`

HeattreatmentSection

High FrequencyInduction

Hardening Machine /Equipment

Up to 10 Higher productivity, consistency in quality, eco­friendly.

Case Carburisingunit

Up to 5 Enhancement in life of parts, upgradation of quality.

Rotary retort muffleUp to 5 Enhancement in life of parts, upgradation of quality.

furnace.

Handling equipmentoverhead crane

1.30­3 Reduced labour cost, higher productivity,consistency in quality.

6.1Quenching.

i) Water quenchingtank­with Heatexchanger unit

Up to0.75

Process requirement to achieve quality.

ii) Oil quenchingtank­fitted with oilheating and heatexchanger to obtaindesired cooling ratesfor hardening.

Up to1.50

Process requirement to achieve quality.

iii) Air quenchingfans.

Up to0.30

Process requirement to achieve quality.

7. Machine Shop/ Productionshop / ToolRoom

CNC Millingmachine

Up to 30 Higher productivity, dimensional accuracy, lessskill requirement, consistency in quality.

CNC Lathe Machine Up to 15

Capstan lathe /Turret lathe

Up to 3

Radial Drill Up to 5Planner Up to 3

Shaper Up to 3

Jig Boring machine. Up to 60 Hydraulically Honingmachine.

Up to 20

Hydraulic/Pneumaticfeed CNCCylindrical/grindermachine.

Up to 25 Higher productivity, dimensional accuracy, lessskill requirement, consistency in quality.

Hydraulic orpneumatic feedCenter less grindingmachine.

Up to 30 Higher productivity, dimension accuracy, less skillrequirement, consistency in quality.

Hydraulic orpneumatic feedinternal bore grindingmachine.

Up to 30

Automatic Specialpurpose machine(SPM) for turning,boring, grinding,multi hole drilling,tapping, threadrolling machine,

Up to 20 Higher productivity, dimension accuracy, less skillrequirement, consistency in quality.

milling and doublestroke headingmachine

CNC machiningCentre

Up to 60

VMC & HMCMachining Centre

Up to 60

Numerical ControlWelding machine

Up to 20

SPM Impressionrolling machine (fordecorative purposes)

Up to 15

Power press withautomatic feedingarrangement

Up to 20

Knuckle Joint Press Up to 25 Toggle joint press Up to 40 Hydraulic press Up to 50 CNC wire Cutmachine

Up to 50

EDM machine Up to 50 Deep hole drillingmachine

Up to 40

Optical Profilegrinder

Up to 30

Plastic injectionMoulding machine

Up to 25

Automatic Mixturemachine

Up to 12

Universal woodworking machine

Up to0.50

Higher productivity, improved quality

Chain Mortisers Up to 2 Higher productivity, improved quality.Surface Polishers

electrically operated.

Up to 1 Higher productivity, improved quality

Belt Sandermachines.

Up to 5 Better surface finish, high productivity.

8. Pattern shop Drilling machine Up to 1 Higher productivity, consistency in quality,narrower casting dimension, excellent finish, betterproductivity.

Pantograph Up to 2

Disc and BobinoSand Grinder

Up to 3

9. FettlingSection

Shot, blastingmachine.

Up to 5 Better surface finish and quality improvement

Requirement to achieve quality.

Pedestal grinder. Up to

0.50

Swing frame grinder. Up to

0.25

Painting booth. Up to

0.50

10. Electroplating/ painting.

RotomaticElectroplating Plant.

Up to 25 Higher productivity, better quality.

ComputerisedElectroplating plant.

Up to 70 Higher productivity, better quality.

Centrifugal finishingmachine.

Up to 20 Higher productivity, better quality.

Vibrator finishingmachine.

Up to 5 Higher productivity, better quality.

SPM surfacefinishing machine.

Up to 5 Higher productivity, better quality.

SPM Surfacelapping machine.

Up to 5 Higher productivity, better quality.

Electro polishingmachine.

Up to 10 Higher productivity, better quality.

Electrostatic powdercoating plant withconveyors.

Up to 50 Higher productivity, better quality, and eco­friendly.

APPENDIX –II

Small Industries Development Bank of India (SIDBI )

List of Primary Lending Institutions (PLI)1. BANKSA. State Bank Group1. State Bank of India**2. State Bank of Indore3. State Bank of Mysore4. State Bank of Bikaner & JaipurB. Public Sector Banks1. Andhra Bank2. Bank of Baroda3. Bank of India4. Canara Bank5. Central Bank of India

6. Corporation Bank7. Indian Overseas Bank8. Punjab National Bank9. Punjab & Sind Bank10. Union Bank of India11. UCO Bank12. Vijaya Bank13. Bank of Maharashtra14. United Bank of India15. Oriental Bank of Commerce16. Indian Bank17. Allahabad BankC. Private Sector Banks1. City Union Bank Ltd.2. Karnataka Bank Ltd.3. Tamil Nadu Mercantile Bank Ltd.4. Bank of Rajasthan Ltd.5. Bharat Overseas Bank6. Karur Vysya Bank Ltd.7. J & K Bank Ltd.8. United Western Bank9. ING Vysya Bank10. UTI Bank Ltd.11. Federal Bank Ltd.12. Catholic Syrian BankD. SFCs1. Gujarat State Financial Corporation2. Haryana Financial Corporation3. J & K State Financial Corporation4. Madhya Pradesh Financial Corporation5. Maharashtra State Financial Corporation6. Orissa State Financial Corporation7. Punjab Financial Corporation8. Tamil Nadu Industrial & Investment Corporation Ltd.9. Uttar Pradesh Financial Corporation10. West Bengal Financial Corporation11. Karnataka State Financial Corporation12. Andhra Pradesh State Financial Corporation13. Rajasthan State Industrial Development & Investment CorporationE. Other Institutions:The Small Industries Development Bank of India(SIDBI)**SBI has been exempted from executing the GA. However, it furnishes an undertaking in the form ofcertificate along with each claim.• Urban Co­operative Banks co­opted by the SIDBI under the TUFS operated by the Ministry ofTextiles

Sl. No. Name of the Urban Co­operative Banks* Head Office

1. Shamrao Vithal Co­operative Bank Mumbai

2. Rupee Co­operative Bank Pune

3. Sangli Urban Co­operative Bank Ltd. Sangli

4. Surat People's Co­operative Bank Ltd. Surat

5. Kalupur Commercial Co­operative Bank Ltd. Ahmedabad

6. Rajkot Nagarik Sahakari Bank Ltd. Rajkot

7. Cosmos Co­operative Bank Ltd. Pune

8. Abhyudaya Co­operative Bank Ltd. Mumbai

9. Saraswat Co­operative Bank Ltd. Mumbai

10. Mumbai Mercantile Co­operative Bank Ltd. Mumbai.

11. The A.P. Mahesh Co­operative Urban Bank Ltd. Hyderabad

12. The Ahmedabad Mercantile Co­operative Bank Ltd. Ahmedabad

13 The Surat Textiles Traders Co­operative Bank Ltd. Surat

14. Janata Co­operative Bank Ltd. Nasik

15. Textile Co­operative Bank Ltd. Bangalore

16. Ichalkaranji Janata Sahakari Bank Ltd. Kolhapur

17. The Sarvodaya Sahakari Bank Ltd. Surat

18. Surat National Co­operative Bank Ltd. Surat

19. Solapur Nagari Audyogik Sahakari Bank Niy. Solapour

20. The Bharat Co­operatives Bank (Mumbai) Ltd. Mumbai

21. The Gujarat Industrial Co­operative Bank Ltd. Surat

22. Prime Co­operative Bank Ltd. Surat

23. The Nasik Merchants Co­operative Bank Ltd. Nashik

24. Apna Sahakari Bank Ltd. Mumbai

25. Dombivili Nagari Sahkari Bank Ltd. Mumbai

26. The Surat District Co­operative Bank Ltd. Surat

27. The Zoroastrian Co­operative Bank Ltd. Mumbai

28. Parasik Janata Sahakari Bank Ltd. Thane

29. The Varchha Co­operative Bank Ltd. Surat

30. Shree Warana Sahakari Bank Ltd. Warnanagar

31. Jalgaon Janata Sahakari Bank Jalgaon

32. The Kapol Co­operative Bank Ltd. Surat

33. The Shirpur Peoples Co­operative Bank Ltd. Shirpur((Dhule)

34. Rajkot Nagarik Sahakari Bank Ltd. Surat

35. Shri Veershaiv Co­operative Bank Ltd. Kolhapur

36. The Panchsheel Mercantile Co­operative Bank Ltd. Surat

37. The Dhule Vikas Sahakari Bank Ltd. Dhule

38. The Ichalkaranji Urban Co­operative Bank Ltd. Ichalkaranji(Kolhapur)

39. The Udhna Citizen Co­operative Bank Ltd. Surat

40. The Vita Merchants Co­operative Bank Ltd. Vita(Sangli)

* The above Urban Co­operative Banks will have to sign a “General Agreement” with either ofthe nodal agencies i.e. the SIDBI or the NABARD for claiming reimbursement of capital subsidyunder the CLCSS.

• Other Govt. Agencies

The National Small Industries Corporation Ltd. (NSIC)

National Bank for Agriculture & Rural Development( NABARD)

List of Primary Lending Institutions for the CLCSS

Sl. No Name of the State StateSerial

Name of the PLI

1

2

3

4

5

6

7

8

9

10

Haryana

( 1 SCB, 5 CCBs, 1SCARDB, 1PCARDB, 2 RRBs)

1 Haryana State Cooperative Apex Bank Ltd. Chandigarh

2 Haryana SCARDB, Ltd, Chandigarh

3 The Panipat Central Cooperative Bank Ltd, Panipat

4 The Kaithal PCARDB Ltd, Kaithal

5 Karnal DCCB Ltd.

6 Bhiwani DCCB Ltd.

7 Sangrur DCCB Ltd.

8 Yamunanagar DCCB Ltd.

9 Hissar Sirsa Kshetriya Gramin Bank

10 Gurgaon Gramin Bank

11

12

13

14

15

Punjab

(1 SCB, 6 CCBs, 1SCARDB, 1PCARDB, 2 RRBs)

1 The Punjab State Cooperative Bank Ltd, Chandigarh

2 The Punjab State Cooperative Agri Development Bank, Ltd,Chandigarh

3 The Nawanshahr Central Cooperative Bank Ltd,Nawanshahr

4 Patiala Central Cooperative Bank

5 Sangrur Dist Central cooperative Bank Ltd

16

17

18

19

20

21

6 Jalandhar Dist Central Cooperative Bank Ltd

7 Amritsar Dist Central Cooperative Bank, Ltd

8 Ludhiana Dist Central Coop Bank Ltd

9 The Ghannaur PCARDB, Ltd, Ghannaur

10 Malwa Gramin Bank

11 Punjab Gramin Bank (merger of Gurdaspur AmritsarKshetriya Gramin Bank, Shivalik Kshetriya Gramin Bank,Kapurthala­Ferozepur Kshetriya Gramin Bank)

22

23

24

25

Himachal Pradesh

(1CCB, 1 PCARDB,2 RRBs)

1 The Kangra Central Cooperative Bank, Ltd, Kangra

2 The Kangra PCARDB Ltd, Kangra

3 Himachal Gramin Bank

4 Parvatiya Gramin Bank

26 Jammu & Kashmir

(1 CCB)

1 The Baramulla Central Cooperative Bank Ltd, Baramulla

27

28

29

30

31

32

33

34

Uttar Pradesh

(1 SCARDB, 1 CCB,6 RRBs)

1 UP Sahakari Gram Vikash Bank, Ltd

2 The Muzaffarnagar Dist Central Cooperative Bank, Ltd,

3 Vidur Gramin Bank

4 Shahjahanpur Kshetriya Gramin Bank

5 Avadh Gramin Bank

6 Bareilly Gramin Bank

7 Prathama Gramin Bank

8 Kashi Gomti Samyut Gramin Bank

35

36

37

Uttaranchal

(3 RRBs)

1 Pithoragarh Kshetriya Gramin Bank

2 Alaknanda Gramin Bank

3 Nainital Almora Kshetriya Gramin Bank

38 Jharkhand

(1 CCB)

1 The Dhanbad Dist Central Cooperative Bank

40

41

42

West Bengal

(4CCBs, 1 PCARDB,2 RRBs)

1 The Vidyasagar Central Cooperative Bank Ltd, Vidyasagar

2 Bankura Dist Central Coop Bank Ltd, Bankura

3 Burdhaman Dist Central Coop Bank Ltd, Burdhaman

43

44

45

46

4 Hoogly DCCB Ltd

5 The Ghatal PCARDB, Ltd, Ghatal

6 Gaur Gramin Bank

7 Sagar Gramin Bank

47

48

Orissa

(1 SCB, 1 CCB)

1 The Orissa State Cooperative Bank, Ltd, Bhubaneswar

2 The Koraput Central Cooperative Bank, Ltd, Koraput

49

50

51

52

53

54

55

56

57

Andhra Pradesh

(1 CCB, 8 RRBs)

1 The Eluru Dist Central cooperative Bank, Eluru

2 Shri Venkateshwar Gramin Bank

3 Chaitanya Gramin Bank

4 Pinakini Gramin Bank

5 Rayalseema Gramin Bank

6 Sree Anantha Graeen Bank

7 Kanakdurga Gramin Bank

8 Manjira Gramin Bank

9 Godavari Gramin Bank

58

59

60

61

Rajasthan

(1 CCB, 1 PCARDB,2 RRBs)

1 The Sikar Central Cooperative Bank, Ltd, Sikar

2 The Chittorgarh PCARDB, Ltd, Chittorgarh

3 Jaipur Nagaur Anchalik Gramin Bank

4 Baroda Rajasthan Grameena Bank

62

63

64

65

Gujarat

(2 CCBs, 2 RRBs)

1 Shri Rajkot Dist Central Cooperative Bank Ltd, Rajkot

2 The Amreli Jilla Madhya Sahakari bank, Maryadit, Amreli

3 Jamnagar Gramin Bank

4 Dena Gujarat Gramina Bank ( new RRB formed byamalgamation of Kutch Gramin Bank, Banaskantha­Mehsana GB, Sabarkantha Gandhinagar GB)

66 Maharashtra

( 1 CCB)

1 The Satara Dist Central Cooperative Bank

67

68

69

Madhya Pradesh

(1 CCB, 1 PCARDB,1 RRB)

1 The Khargone Jilla Sahakari Bank, Maryadit, Khargone

2 The Indore Jilla Krishi aur Gramin Vikas Bank Maryadit

3 Vidisha Bhopal Kshetriya Gramin Bank

70

71

72

73

74

75

76

77

Karnataka

(2 CCBs, 2PCARDBs, 4 RRBs)

1 The Kodagu Dist Central Cooperative Bank Ltd, Medikeri8

2 The Bijapur Dist Central Cooperative Bank

3 The Honnavar PCARDB ltd, Honnavar

4 The Channagiri PCARDB ltd, Channagiri

5 Krishna Gramin Bank

6 Pragati Gramin Bank(new RRB formed by amalgamation ofTungabhadraGrameena Bank, Chitradurga Grameena Bank,Sahyadri Grameena Bank, Kolar Grameena Bank )

7 Karnataka Vikas Grameena Bank (new RRB formed byamalgamation of Malaprabha Gramin Bank, NetravatiGramin Bank, Bijapur Gramin Bank, Varada Gramin Bank )

8 Visvesvaraya Gramin Bank

78

79

80

81

Tamil Nadu

(1 CCB, 1 PCARDB,2 RRBs)

1 The Dharmapuri Central Cooperative Bank, Ltd, Dharmapuri

2 The Perundurai PCARDB, Ltd

3 Adhiyaman Gramin Bank

4 Pandyan Gramin Bank

82 Pondicherry

(1 SCB)

1 The Pondicherry State Cooperative Bank Ltd, Pondicherry

83

84

85

86

87

88

89

90

91

92

93

94

95

Kerala

(1 SCARDB, 1 CCB,21 PCARDBs, 2RRBs)

1 The Kerala State Cooperative Agri & Rural DevelopmentBank Ltd, Thiruvananthapuram

2 The Kannur Dist Central Cooperative Bank, ltd, Kannur

3 The Irinjalakuda PCARDB Ltd, Irinjalakuda

4 Neyyattinkara PCARDB Ltd

5 Kilimanoor PCARDB Ltd

6 Palode PCARDB Ltd

7 Kottayam PCARDB Ltd

8 Meenachil PCARDB Ltd

9 Malanad PCARDB Ltd

10 Peerumade PCARDB Ltd

11 Thodupuzha PCARDB Ltd

12 Muvvathupuzha PCARDB Ltd

13 Ernakulam PCARDB Ltd

96

97

98

99

100

101

102

103

104

105

106

107

14 Kayayannur PCARDB Ltd

15 Palakkad PCARDB Ltd

16 Alathur PCARDB Ltd

17 Chittur PCARDB Ltd

18 Ottapalam PCARDB Ltd

19 Mannarkkad PCARDB Ltd

20 Mozhikode PCARDB Ltd

21 Badagara PCARDB Ltd

22 Quilandy PCARDB Ltd

23 Thaliparamba PCARDB Ltd

24 North Malabar Gramin Bank

25 South Malabar Gramin Bank

108 Chhatishgarh

( 1 RRB)

1 Durg Rajnandgaon Gramin Bank

109 Goa (1 SCB) 1 Goa State Cooperative Bank

110

111

112

113

114

115

116

Commercial Banks 1 Allahabad Bank

2 Indian Bank

3 Punjab National Bank

4 Punjab & Sind Bank

5 State Bank of India

6 State Bank of Patiala

7 The Nainital Bank Ltd

117 8 The South Indian Bank Ltd

118 9 Karnataka Bank Ltd.

119 10 United Bank of India

120 11 Syndicate Bank

APPENDIX –III

(To be stamped as an Agreement)

Agreement for Financial Assistance under Credit Linked Capital Subsidy Scheme for Technology Upgradation ofthe Small Scale Industries(CLCSS)

This Agreement made at………………………………………..on this …………….day of………………… in the yearTwo thousand………………………………….between M/s……………………………………a Public/Private LimitedCompany/Proprietary concern, incorporated under the Companies Act of 1956 and having its Registered Officeat………………….and being an industrial concern hereinafter called the Beneficiary(which expression shallunless repugnant to the context or meaning thereof include its successors and assigns) of the One Part:

OR

FOR PARTNERSHIP FIRM

(i) Shri…….son of……….aged…….. years residing at………………………………………………

(ii) Shri…….son of……….aged…….. years residing at………………………………………………

(iii) (i) Shri…….son of……….aged…….. years residing at…………………………………………

carrying on business in partnership in the firm name and style of……………..and having their office at…..(herinafter referred to as ‘Beneficiary' which expression shall, unless it be repugnant to the subject or contextthereof, include its/his/her/their legal representatives, heirs, administrators, successors and assigns) of the Onepart.

AND

……………………………………………….(hereinafter referred to as the financing institution/bank/whichexpression shall unless repugnant to the context or meaning thereof include its successors and assigns) of theOther part.

WHEREAS

1. The Government of India appointed _____________________ as Nodal Agency (hereinafter referred to as theAgent) for channelising Credit Linked Capital Subsidy for Technology Upgradation of the Small Scale Industriesunder Ministry of SSI & ARI, Govt. of India (hereinafter referred to as “ the Scheme”) and permitting the financialinstitution/ bank under the scheme for claiming capital subsidy on the term loan sanctioned and disbursed byfinancing institution/ bank to the beneficiary.

2. The beneficiary has requested the financing institution/bank for providing assistance under the Scheme to theextent of Rs…….(Rupees……………….only) for setting up a project under small scale industries, which thefinancing institution/bank has agreed to lend in proportion to the investment made or to be made in purchase ofmachineries for technology upgradation programme by the Beneficiary as per terms and conditions provided inthe Agreement executed between the financing institution/bank and the Beneficiary.

3. The Agent has agreed to act as nodal agency for Government of India for channelising disbursement of capitalsubsidy sanctioned to the Beneficiary by the financing institution /bank, and the parties hereto desire to enter into

an agreement for the said purpose, being these presents providing for the terms hereinafter appearing.

NOW THESE PRESENTS WITNESS AND IT IS HEREBY AGREED BY AND BETWEEN THE PARTIESHERETO AS FOLLOWS:

1. The Beneficiary, hereby , covenants:

a) That the Beneficiary will comply with and faithfully observe all terms and conditions of the said Scheme andalso all the subsequent amendments and modifications and additions thereto together with the conditions of thesanction of the said financial assistance.

b) That the Beneficiary will allow the officers of the Agent and/or the Government of India or any other person orpersons authorized, by the Agent or by Government of India or by the Governing & Technology ApprovalBoard(GTAB) to inspect the work for which the capital subsidy has been granted and also the machines, plant,appliances, tools, equipments, etc. for the procuring of which the subsidy has been granted and will furnish suchinformation concerning the machines, plant implements, etc., for procuring of which the capital subsidy has beengranted or concerning the matter connected with the capital subsidy or incidental thereto as the Agent or theGTAB or their nominees may, from time to time require.

c) That the Beneficiary will not change the place or location of the industrial unit entirely or partly, nor enter intopartnership with any one, or change its constitution by merger, amalgamation or in any manner nor theBeneficiary effect disposal of fixed capital investment without the express prior permission of the Agent inwriting.

d) The Beneficiary unit shall remain in commercial production for a period of at least three years after installationof eligible plant and machinery on which subsidy under CLCSS has been obtained, otherwise, the entire amountof subsidy along with the interest to be charged from the date of disbursal to the date of refund will have to berefunded by the Beneficiary unit. This is except in cases where the unit remains out of production for shortperiods not exceeding three months due to reasons beyond its control such as shortage of raw material / power,etc. to the satisfaction of the lending institution / concerned PLI.

2. It is further hereby agreed and declared by and between the parties hereto, that in any of the following cases,namely,

a) where the Beneficiary has obtained the capital subsidy by misrepresentation as to an essential fact, or byfurnishing of false information; or,

b) where the Beneficiary fails to furnish the prescribed statement or information which it is called upon to furnish,

If the Beneficiary commits breach of any one of the covenants herein contained or of the terms and conditions ofthe Scheme as amended from time to time, the Beneficiary shall refund the same forthwith to the financinginstitution/bank together with interest at the then prevailing prime lending rate of financing institution/bank.

3. The interpretation/clarification/decision of agent or GTAB regarding the eligibility, subsidy and any otherbenefits of a unit/borrower under the Scheme, either before or after release of the loan facility by the financinginstitution/bank shall be binding on the beneficiary and the beneficiary will not raise any objection either againstagent/financing institution/ bank.

4. It is hereby further agreed and declared that the stamp duty chargeable on these presents, shall be paid and

borne by the Beneficiary and that the Beneficiary will also be liable to bear the expenses, if any, incurred byenforcing the terms and conditions of these presents.

IN WITNESS WHEREOF the Beneficiary has caused its common seal to be affixed hereto and to duplicatehereof on the day, month and year first hereinabove written and the financing institution/bank has caused thesepresents and the said duplicate to be executed by the hand of Shri……………(Name & Designation) of bank, ashereinafter appearing.

THE COMMON SEAL OF……………………………………………………………………………………

LIMITED has pursuant to the Resolution of its Board of Directors passed in that behalf on the…..day of….hereunto been affixed in the presence of Shri ……….and Shri…….Shri……, Director who have signed thesepresents in token thereof and Shri…….Secretary*/Authorised* person who has signed/countersigned the same intoken thereof.

SIGNED AND DELIVERED BY the within named bank by the hand of Shri……..(Name & Designation), anauthorized official of financing institution/bank.

OR

IN WITNESS WHEREOF the partners of the Beneficiary have set their respective hand hereto and to aduplicate hereof on the day, month and year first hereinabove written and bank has caused these presents andthe said duplicate to be executed by the hand of Shri……..(Name & Designation) of financing institution/Bank ashereinafter appearing.

1)* SIGNED AND DELIVERED BY the within named Shri…………………….Partner of……………..the withinnamed Partnership Firm.

2)* SIGNED AND DELIVERED BY the within named …………By the hand of Shri…………….in pursuance tothe Board Resolution dated and common seal has been affixed in presence of Shri…………..who has signed intoken thereof.

SIGNED AND DELIVERED BY the within named FI/NSIC/Bank/SFC by the hand of Shri……………..authorisedofficial.

(*whichever is applicable).

Note: Relevant Board Resolution authorizing the person(s) to execute the document on behalf of theBeneficiary has to be submitted with the Agreement.

APPENDIX­IV

Application form for assistance under Credit Linked Capital Subsidy Scheme for Technology Upgradtion of theSmall Scale Industries(CLCSS)

(To be submitted in triplicate, Photocopies may be used)

1. Name of the firm/company…………………………………………………………………………

2.Constitution (Proprietary concern, partnership firm, Pvt. Ltd. Co., Public Ltd. Co., Co­op. Societies)

3.Name(s) of sole proprietor/partners/directors……………………………………………… ……………………………………………………………………… …………………… ……………………….

4. Category of borrower(women entrepreneur, SC/ST, Physically handicapped, Ex­servicemen, etc.)

5.Registered Office Address ………………………………………………………………Pin……………………………….

Phone No.……………………………………………………….Fax……………………………….

E­mail…………………………… …………………………… ………………………………….

6. Factory Address…………………………… …………………………………………….Pin………

Phone………………………………… …………………… Fax……………………………….

E­mail……………………………… ………………… …………………………………………

7. Location of factory – Backward or Non­backward area…………………………………….

8. Date of incorporation/commencement of production………………………………………..

9. Product(s)/Sub­sector…………………………………… ……………………………………..

10.Installed capacity………………… ………… …………………………… …………………….

11. Past Performance (for last three years on the basis of audited balance sheets – in respect of existing units.In respect of new units projections for next three years may be given).(a) Financial position

(Rs. In lakh)

Financial Year

(Y­1)

Financial Year

(Y­2)

Financial Year

(Y­3)

I Net block

II Current assets

III Current liabilities

IV Term Loan

V Share Capital

VI Reserve & Surplus

(less accumulated losses)

VII Networth­(V+VI)

(b) Working results

(Rs. In Lakh)

Financial Year

(Y­1)

Financial Year

(Y­2)

Financial Year

(Y­3)

I Total Sales

II Gross profit(Before interest &depreciation)

III Depreciation

IV Interest

V Operating Profit

VI Net Profit(after tax)

12. Total cost of scheme(as approved by Bank/FI)(Rs. in lakh)

13. Total Sources of funding (as approved by Bank/FI) (Rs. in lakh)

Term Loan………………………………………………………

Add share capital ……………………………………………….

Internal accruals…………………………………………………

Capital Subsidy …………………………………………………

14. Time frame for completion of the project……………………….

15. Incremental benefits from implementation of the project(indicate in terms of capacity utilization, increasedsales, exports, reduction in cost of production, increase in productivity, quality upgradation, attainment ofpollution standards – give quantitative results).

16. List of eligible plant and machinery along with their detailed specifications, rates, quantities and total valuefor which subsidy under CLCSS is claimed.

DECLARATION

I/We, hereby declare that the information given above and the statement and other papers enclosed are to thebest of our knowledge and belief are true and correct.

Place: Signature(s)Date: Name and designation Seal of the company

SMALL INDUSTRIES DEVELOPMENT BANK OF INDIA

ADDRESSES OF OFFICES

HEAD OFFICE

SIDBI TOWER,

15, ASHOK MARG,

LUCKNOW – 226 001

TEL : (0522) 2288547 / 2288550

REGIONAL OFFICES

Kolkata 11, Dr. U.N. Brahmachari Street, 8 th Floor,Opp. La Martiniere Girls School, Kolkata – 700 017. Tel. : 2280 1382, 2280, 1228,2240 4183, 22404228, Fax: (033) 22404093

Guwahati IDBI Building, 2 nd & 3 rd Floor, Opp. Sentinel Press, G.S. Road, Tel. : 252 4020/2457102 Fax: (0361) 2529545

New Delhi Ground Floor, Videocon Tower,E­1, Rani Jhansi Road,Jhandewalan Extension, New Delhi – 110 055 Tel. : 23682473 – 77 Fax: (011) 23682461, 23682464

Chennai 480, Anna Salai,P.B. No. 1312,Nandanam, Chennai – 600 035Tel. : 24361893, 24330286 24330964, 24342176 Fax : (044) 24340348

Mumbai SME Development Centre C­11, G­Block, Bandra Kurla ComplexBandra(E)Mumbai – 400 051. Tel. : (022) 55531100 Fax : (022) 55531202

BRANCH OFFICES

AgartalaB.K. Chowmuhani,Krishna Nagar, 1 & 11 Floors,Harish Thakur Road,Agartala – 799 001 Tripura Tel: 2323320, 2311632Fax: (0381) 2323320

Ahmedabad Navijivan Amrit Jayanthi Bhawan Post Bag No. 10, Navjivan PO, Ahmedabad – 380 014Tel : 27543062­67Fax : (079) 27541086

AizawlMardin Tuikhuahtiang,

Aurangabad Jeevan Suman, LIC Building

Aizwal – 796 001, Mizoram Ist Floor,Tel : 2323424, 2311504Fax : (0389) 2323424

Plot No. 3, N­5, Near CIDCO Office Town Centre, Post Box No. 675, Aurangabad – 431 003 Tel : 2472494Fax : (0240) 2472266

AndheriSamruddhi venture park,Upper Ground Floor,MIDC Industrial Area,Andheri (East)Mumbai­ 400093Tel. 28353062, Fax(022­ 28329602)

Baddi No. 32­36, Basanti Bagh, Sai Road Baddi­ Distt. Solan( HP) Tel­ (01795) 247385 Fax­(01795) 247385

Ambattur207 AIEMA Tower, 2 nd Floor,Ist Main RoadAmbattur Industrial Estate,Ambattur, Chennai­600 058

Bangalore Khanija Bhavan,5 th Floor, East Wing, 49, Race Course, Bangalore – 560 001TEL : 22207227 – 30Fax : (080) 22207179

Baroda Ist Floor, Landmark Building, Race Course Circle, Post Box NO. 3711, Baroda – 390 007 Tel : 2338679, 2338611, 2310797Fax : (0265) 2338680

Bhopal Shikhar Varta Building 3 rd Floor, Press Complex,Maharana Pratap Nagar, Zone – 1, P.B. No. 24, Bhopal – 462 011.Tel : 2760393, 2552491 Fax : (0755) 2555838

Bhubaneswar OCHC Building (4 th Floor), Near Ram Mandir, Janpath, Bhubaneswar – 751 001 Tel : 2404854, 2405278 Fax : (0674) 2404476

ChandigarhSCO 145­146, 1, 11 & 111 Floors,Sector 17C, P.B. No. 92,Chandigarh – 160 017 Tel : 5000654Fax : (0172) 5000650

Coimbatore Gowtham Centre,1055/7, Avanashi Road, Post Box No. 4033, Coimbatore – 641 018 Tel : 2213684, 2210279, 2213896 Fax : (0422) 2211926

DehradunInternational Trade Centre,

Dimapur IDC House, Kohima Road,

2 nd Floor, 59/4, Rajpur Road,Dehradun – 248 001Tel : 2743119Fax : (0135) 2742288

Post Box No. 45, Dimapur – 797 112 Tel : 225641 Fax : (03862) 225641

Faridabad NH­5, R/2,Neelam Badshah Khan Road,N.I.T., Faridabad – 121 001Tel : 2414419Fax : (0129) 2414392

GangtokRagasha Building, Nam – Nam Road, Gangtok – 737 101 Sikkim Tel : 203028 Fax : (03592) 203028

GurgaonUdyog MinarGround Floor,Vanijya Nikunj,Udyog Vihar, Phase­V,Gurgaon 122 001Tel­ 2349487Fax­ ( 0124) 2349487

Hyderabad101,Saifabad, Building,Post Box No. 130,Hyderabad – 500 004Tel : 23234454, 23210247,23231344Fax : (040) 23236870

Imphal Hermitage Office Complex Imphal Urban Co­op. Bank M.G. Avenue, Post Box No. 14, Imphal – 795 001Manipur Tel : 2221878Fax : (0385) 2221878

Indore Commerce House, Ist Floor,7, Race Course Road,New PalasiaIndore – 452 001Tel : 2435337, 435338Fax : (0731) 2538025

Itanagar Injo's Complex, Ist Floor, VIP Road, Bank Tinali, Itanagar – 791 111 Arunachal Pradesh. Tel : 2211822, 2214749 Fax : (0360) 2211822

JaipurIst & 2 nd Floors, Umrao Complex,Sansar Chandra Road,Post Bog No. 46,Jaipur – 302 001Tel : 2364792, 2363860, 2364614Fax : (0141) 2363890

JammuOB­26, “Grid Bhawan”. Ground Floor, Post Box No. 21 Rail Head Complex,Jammu – 180 012. Tel : 2474306 Fax : (0191) 2474305

Jamshedpur Kanpur Shantiniketan Building, Ist Floor,Main Road, Bistupur,Jamshedpur – 831 001Tel:2 426140Fax : (0657) 2426140

KanpurKrishna Tower, Ist Floor, 15/63, Civil Lines, Kanpur – 208 001. Tel : 2303069, 2303324, 2303325 Fax : (0152) 2303294

JalandharUppar Ground Floor,Hotel Centre Point,BMC Chowk, JalandharTel 5061241Fax(0181) 5061241

Kochi Mercy Estate, 2 nd Floor,Ravipuram, Post Box No. 1672,M.G. Road,Kochi – 682 015Tel : 2366367, 2366688, 2382493Fax : (0484) 2374994

LudhianaSCO 16 & 17, 1 ST Floor , Dholewai Chowk, G.T. Road, Opposite Ludhiana Stock Exchange, Ludhiana – 141 001 Tel : 2775760­61 Fax : (0161) 2535766

Lucknow SIDBI Tower,Ground Floor,No. 15, Ashok Marg,Lucknow­ 226 001

Nagpur 6 th Floor, Usha Complex,345, Kingsway,Nagpur – 440 001Tel : 2553201Fax : (0712) 2553202

PanajiEDC House, 6 th Floor,Dr. Atmaram Borkar Road, Panji – 403 001, Goa, Tel : 2462939 Fax : (0832) 2461900

NashikIst Floor, Pingle Complex,Opp kulkarni Garden,Sharanpur Road,Nashik 422 002Tel 5607853

Noida C­60, Sector­2, Noida 201301(UP) Tel 2545790Fax(0120) 2545790

Patna Hotel Minar Building, Part II,2 nd Floor, Exhibition Road,Post Bag No. 220,

Pondicherry Ist Floor, 99, Ambalathadayar Madam Street, Post Box No. 113, Pondicherry – 605 001

Patna – 800 001.Tel : 2230053, 2230054Fax : (0612) 2230915

Tel : 2332324, 2221006 Fax : (0413) 2339040

Pune Suryakiran Hotel Building,Ist Floor, C­8,Mumbai Pune Road,Chinchwad, Pune – 411 019.Tel : 7474333, 7476043, 7463230Fax : (020) 7474555

Raipur 2 nd Floor, Chawla Complex, Devendra Nagar Road, Sai Nagar, Raipur – 492 009 Tel : 2527797, 2523733 Fax : (0771) 2523732

Rajkot Ist Floor, “Nirmal”17 Ram Krishna Nagar CornerOpp Commissioner BangalowOff Yagnik RoadRajkot

Ranchi 1 st Floor, 20,Near Rajender Chowk,Ranchi – 834 002Tel : 2308686Fax : (0651) 2308433

ShillongChabaya Main Road, Doranda M.G. Road, Post Box No. 101, Meghalaya Tel : 222639, 502267Fax : (0364) 222639

Surat U31­37Megh Mayur PlazaSurat­ Dumas RoadParle Point, Surat 395007

Shimla Jeevan Jyoti Block No. 1&2,Lala Lajpat Rai Chowk,The Mali,Shimla – 171 001Tel : 2812582, 2811970Fax : (0177) 2811392

Tirupur 1 st Floor, Tirupur Regulated MarketComplexP.B. No. 58, Palladam Road, Tirupur – 641 601Tel : 241894, 208073 Fax : (0421) 241891

Thane 102, R.M. Pride Building, Ram Murti Road,Thane(West)­ 400602Tel – 25391298Fax (022) 25391298

Varanasi 3 rd Floor, Anant Complex,D­64/132 – K. Sigra,Varanasi ­ 221 010Tel : 223948, 223465Fax : (0542) 224193

Visakhapatnam Door No. 47­15­5, Gupta Buildings, 2 nd Floor, Daimond Park Road, Visakhapatnam – 530 016 Tel : 2568946Fax : (0891) 2540303.

NATIONAL BANK FOR AGRICULTURE AND RURAL DEVELOPMENT

HEAD OFFICE

Plot No.C­24, 'G' Block, Bandra­Kurla Complex,

Post Box No.8121, Bandra (E),

MUMBAI ­ 400 051 .

Tel 022­26530004, Fax­022­26530082

Addresses of Regional Offices / Sub Office

Tripura R.O. (Agartala) General Manager Palace Compound (East), Uzirbari Road, Tripura Regional Office, Post Box No. 9,

Agartala – 799 001. Tel: 0381 ­ 2224125, 2202378 Fax: 0381 – 2224125

Gujarat R.O. (Ahmedabad) Chief General Manager, Gujarat Regional Office, NABARD Tower, Opp. Municipal Garden, P.B. No. 8, Usmanpura, Ahmedabad – 380 013 Tel: 079 ­ 27551959 Fax: 079 – 27551584

Mizoram R.O. (Aizawal) Officer­in­Charge, Mizoram Regional Office,

Ramhlun Road (North), Bawngkawn,

Aizawal – 796 012, Mizoram. Tel: 0389 – 2340815 Fax: 0389 – 2340815

Karnataka R.O. (Bangalore) Chief General Manager, Karnataka Regional Office,

113/1, Jeevan Prakash Annexe,

J.C. Road, P.B. No. 29,

Bangalore – 560 002. Tel: 080 – 22223125 Fax: 080 – 22222148

Madhya Pradesh R.O. (Bhopal) Chief General Manager, Madhya Pradesh Regional Office,

E­5, Arera Colony, Bittan Market, P.O Ravishankar Nagar, P.B. No. 513,

Orissa R.O. (Bhubaneswar) Chief General Manager Orissa Regional Office,

Ankur, 2/1, Nayapalli, Civic Centre, P.B. No. 179,

Bhopal – 462 016. Tel: 0755–2464775 Fax: 0755–2466188

Bhubaneswar – 751 015. Tel: 0674–2553884

Fax: 0674–2552019

Punjab and Haryana R.O. (Chandigarh) Chief General Manager, Punjab and Haryana Regional Office,

Plot. No. 3, Sector 34­A, P.B. No. 7, Chandigarh – 160 022. Tel: 0172–5046700 Fax: 0172–5046702

Tamil Nadu R.O. (Chennai) Dr. Prakash Bakshi Chief General Manager,

Tamil Nadu Regional Office,

105–106, 48 Mahatma Gandhi Road,

P.B. No. 6074, Nungambakkam, Chennai – 600 034. Tel: 044 – 28276088 Fax: 044 – 28275732

Uttaranchal R.O. (Dehradun) Chief General Manager, Uttaranchal Regional Office 2nd Floor, Hotel Sunrise Building, 113/2, Rajpur Road, Dehradun ­ 248001 Tel: 0135­2748611 Fax: 0135­2748610

Nagaland R.O. (Dimapur) Deputy General Manager,

Nagaland Regional Office Nagaland State Co­op. Bank Bldg., Opp. Fire Station,

Dimapur – 797 112, Nagaland. Tel: 03862 – 227040

Fax: 03862 – 227040

Sikkim R.O. (Gangtok) Deputy General Manager, Sikkim Regional Office Om Niwas, Church Road, P.B. No. 46, Gangtok ­ 737 101. Tel: 03592 – 203015 Fax: 03592 – 203015

Assam R.O. (Guwahati) Chief General Manager, Assam Regional Office Lakshmi Bhawan, Dr J C Das Road, Panbazar. P.B. No. 81, Guwahati – 781 001. Tel: 0361 – 2540873 Fax: 0361 – 2541131

Andhra Pradesh R.O. (Hyderabad) Chief General Manager,

Andhra Pradesh Regional Office 1­1­61, R.T.C ‘X' Road Musheerabad, P.B. No. 1863 Hyderabad – 500 020. Tel: 040–27612640 Fax: 040–27611829

Manipur R.O. (Imphal) Deputy General Manager,

Manipur Regional Office 89/686, Lalambung, RIMS Road, Lamphelpat, Imphal – 795 004, Manipur. Tel: 0385 – 2410706 Fax: 0385 – 2416191

Arunachal Pradesh R.O. (Itanagar) General Manager Arunachal Pradesh Regional Office,

Rajasthan R.O. (Jaipur) Chief General Manager, Rajasthan Regional Office,

VIP Road, Bank Tinali, P.B. No. 133, Itanagar – 791 111, Arunachal Pradesh. Tel: 0360 – 2215967 Fax: 0360 – 2212675

3, Nehru Place, Tonk Road, P.B. No. 104, Jaipur – 302 015. Tel: 0141–2740821 Fax: 0141–2742161

Jammu & Kashmir R.O. (Jammu) Chief General Manager, J&K Regional Office B­2, 4th Floor, South Block Bahu Plaza Complex, P.B. No.2, Jammu – 180 012. Tel: 0191 –2472355 Fax: 0191 –2472337

West Bengal R.O. (Kolkata) Chief General Manager, West Bengal Regional Office,

Abhilasha, 2 nd Floor, 6, Royd Street, P.B. No. 9083, Kolkata – 700 016. Tel: 033 – 22267943 Fax: 033 – 22494507

Uttar Pradesh R.O. (Lucknow) Chief General Manager,

Uttar Pradesh Regional Office Commerce House, Habibullah Estate, 11, M G Marg P.B. No. 364, Hazaratganj, Lucknow – 226 001. Tel: 0522 – 2623644 Fax: 0522 – 2627256

New Delhi R.O. (New Delhi) General Manager,

New Delhi Regional Office 24, Rajendra Place, New Delhi ­ 110 008 Tel: 011 ­ 51539353 Fax: 011 ­ 51539187

Goa R.O. (Panaji) General Manager,

Goa Regional Office,

302, Nizari Bhavan, Menezes Braganza Road, Panaji, Goa – 403 001. Tel: 0832 – 2420053 Fax: 0832 – 2223429

Bihar R.O. (Patna) Chief General Manager,

Bihar Regional Office Maurya Lok Complex, Block "B", 4 & 5 Floors, Dak Bunglow Road, P.B. No. 178,

Patna – 800 001. Tel: 0612 – 2223985 Fax: 0612 – 2238424

Jharkhand R.O. (Ranchi) Chief General Manager,

Jharkhand Regional Office Kali Babu Street, Upper Bazar, Ranchi ­ 834001 Tel: 0651­2208647 Fax: 0651­2209107

Meghalaya R.O. (Shillong) Officer­in­Charge,

Meghalaya Regional Office Dipu Cottage, Upper Lachaumiere, Shillong – 793001. Tel: 0364 – 2501518 Fax: 0364 – 2227463

Himachal Pradesh R.O. (Shimla) Chief General Manager, Himachal Pradesh Regional Office,

Block No.32, S D A Commercial Complex,

Kerala R.O. (Thiruvananthapuram) Chief General Manager,

Kerala Regional Office Post Box No. 5613,

Dev Nagar, Kusumpti, Shimla – 171 009, Himachal Pradesh. Tel: 0177–2622258 Fax: 0177–2622271

Punnen Road, Statue Junction, Thiruvananthapuram – 695 039. Tel: 0471 – 2323859 Fax: 0471 – 2324358

Sub Office

Port Blair Officer­in­Charge, Kannada Sangha Building, Ground Floor, 18, Tagore Road, Head Post Office, Port Blair – 744 101. Tel: 03192 – 233308 Fax: 03192 – 237696

Srinagar Cell Officer­in­Charge, Main Gate of Amar Singh College, Gogjibagh, Srinagar – 190 008. Tel: 0194 –2310280

Fax: 0194­2310280 / 2310479