MMS Manual Contents Ver 1

Nike. Confidential | Mold Management System Manual 1

NIKE MOLD MANAGEMENT SYSTEM 2013



M a n u a l c o n t e n t s : Description of MMS (Mold Management System) ............................................................ page

Background Mold Management System .............................................................................. page

Goals of Mold Management System .................................................................................... page

Data Fields and Schema ......................................................................................................... page

Costumer of MMS .................................................................................................................page

Web Mold management & Cloud Access.............................................................................. page

History, update & news .............................. ............................................................................page

FAQ (life documents) ............................................................................................................ page



1. Description of MMS (Mold Management System): MMS is the collection of factory mold inventory data to support Category planning and GFP, mold lifecycle, part quality, cost efficiency and modernization.

MMS is leveraging fundamental mold data to accelerate learning, enable planning, manage costs, and drive great product execution

2. The objectives of MMS:

Track mold usage and maintenance to more effectively manage and predict mold life cycle o Available volume for best quality parts

Support category planning o 1-3 year line plans

Provide visibility to inform decision making o Transfer, replace, repair or refresh

Ensure Accurate mold inventory o Factory and vendor

3. Background of MMS and or current situation:

Category finds tooling needs to be replaced only when the factory has an order and the existing tooling can no longer make A grade parts.

Replacements often are only used for a short period of time as the model is scheduled for an update (there is a limited opportunity to realize a return on the investment).

Tooling adds and replacements represent a missed opportunity to refresh a model with new tooling. If the category is going to have to pay for molds, then the category should consider doing new tooling which can bring something newer/better to the consumer in terms of the design or performance.

Unplanned tooling adds (&replacements) can significantly impact a category's ability to hit their seasonal GPM% targets. --Balance due to demand peaks resulting FGCT increases and size curve adjustments

No warning about the condition of the tooling = no time for the category to make informed choices about tooling investments and how best to leverage them.

4. MMS packet items: (Phase #1)

4.1. Cloud Based Process map 4.2. Nike & Factory Mold Management Data fields 4.3. Schema /XML file Format (example) 4.3. Nike Standardized Lists:

4.3.1. Mold Fabricator ID list 4.3.2. Factory List 4.3.3. PPS mold shop list 4.3.4. Mold Management list, consist of:



Nike Mold Master Mold Material Mold Part Material Mold Fabrication Technology Mold Construction Molding Equipment and Process

4.4. Factory input data process (example)

4.1. Cloud Based Process map Main process in MMS:

4.1.1. Input Master Data: This is all permanent information or identity of individual mold and will not change forever. (Example data fields: Mold ID Number, tool code, mold material name, Initial DPA, Mold dimension, Fabrication date, ETC) 4.1.2. Input Transaction Data: This is all information or data that can change and update in daily, weekly, monthly or seasonally base.(Example data fields: Total mold Cycle press, Total mold repair, total mold recoating). 4.1.3. Export XML file format: This is almost exactly same as uploading PPS tooling inventory in past process. In MMS factory requirement to uploading update tooling inventory through Nike Cloud in XML file format. Factory system Convert XML file Export/Upload into Cloud 4.1.4. Import XML file format: This process is opposite with export, factory will downloaded the XML file format from Cloud. This is usefully for factories who involve on tooling transfer process. Download file from Cloud import XML into factory system



4.2 Nike and Factory Mold Management Data Fields 4.2.1. Number of Data Fields and description

Data Fields above, Nike will create own schema and seasonally update into cloud, Chris Scheer will seasonally responsible to update it through Cloud for new model with TD (Tech Difficulties) code C above. (New tooling only) Example: Name XML file that content information of data fields above is: nike_pcm_seasonal_model_toolcodes.xml

This file will posted every between GTM and RFC stage. The main reason why Nike provides this data due to integrate data from PCM, MMS, M-BOM can be manage.

Note: In the future MMS data source no longer using RFC memo, but gradually replace with this data in XML format Seasonal PCM Model Tool Code data will be posted in Cloud for factory to download

Import xml file Or

Manually enter Nike PCM model tool code data into factory MMS (optional)



4.2.2. Data Fields no # 2: Nike Tool Code

Nike Tool Code or in old day we called mold code, it had been frequently changed the format:

Type tool code with A-2-8 , 1234 (for outsole mold) and M1234 ( for midsole mold), this type of tool code we call PPS FORMAT

Type tool code with MS12345 -1 (for midsole), OS1225-1(for outsole) and UP12345-1(for upper molded), it call PCM FORMAT

4.2.3. Data Fields no #9: Mold ID Number and Factory Code

Mold ID number will generate and stamp by factory who place order for their tooling manufacturing. This number will permanently stamp in core (top plate) and outside mold (top plate).

The detail dimension explained image below: Stamp for NEW mold

Note: stamp could be milling, stamp/punch, as long as can stay for long last. It should be no problem.



Stamp on actual mold (top plate outside and inside)

STAMP TOP OUTSIDE : the purpose stamp on external or outside top plate mold, the individual mold will easy to identify from outside view and not necessary open the cavity.

The Primary stamps on top plate on mold are: mold ID number, Tool Code, Gender, Size, mold Fabricator and Mold Fabrication date The Secondary stamps are all information that factory would like to add, such as: model name, factory tool code, overlapping gender (M/W), etc. TOP CORE INSIDE Stamp location should not on bonding margin, stamp should free of texture.and position allow to rotate.



Note: Slight different configuration of design column should be find, as long as data is same content.

(Stamping from FT group)

STAMP FRONT OUTSIDE While mold stacking with other set of mold, operator or worker are still able to see the mold ID number from Fornt side of the mold.

Note: factory allows to stamp own factory tool code and also to easier searching mold in ware house , factory also stamp mold ID number on side front area of mold. Q: How to stamp the existing mold? A: Existing mold, the most important stamping Mold ID number on external (top plate), for mold existing mold that running in production recommended to stamp at inside mold (top core) as well.



Q: How if the part is too small or transparent like TPU plastic injection or Clear rubber? A: If stamping caused cosmetic, bonding issue, it allow to stamp on small piece of part use smaller font and probably only mold ID number and info necessary. Clear rubber can be stamp only in outside cavity.

Q: How about Flex IU midsole design with window? Does it able to stamp? A: Probably not necessary stamp all information, but it is only necessary information , such as Size, mold ID number, alphabet, and other information that possible to stamp in small area and not bothering bonding margin.

STAMP MODULAR MOLD Q: How about stamping for Modular mold? A: Mold ID Number of this mold is only one, but it will have 2 different tool codes, as image below. Q: Why modular have only one mold ID number and 2 different tool codes? A: Data history of this mold is integrated, the main body 1st tool code and 2nd tool code of this mold are same, so even though it calls modular but actually both tool code have same main body and the life cycle of this mold should be one.



The detail dimension explained image below: Stamp for EXISTING mold

4.2.4. Data Fields no #10. Molded Component Name

Entry data use Molded Component Name from Nike M-BOM, this name is always connected with Tool Code.



4.2.5. Data Fields no #11,#12, #13 Mold Dimension Length, Width and Height

Data dimension of mold can collect from mold shop (2D mold construction) or directly measure on physical mold at production. Image of mold construction drawing (dimension, Y, Z , mold are available)

4.2.6. Data Fields no #14. Air Bag Code

Data will consist of:

Non Air bag (it is always0) Air Bag :

o Single air bag (in flex groove or heel foot area) XML : fcty_mold_airbag_code_size=K3560-10

o Multi airbag (in flex groove and heel foot area) XML : fcty_mold_airbag_code_size=C7105-30_A1010-01

1ST airbag code, position in forefoot 2nd 2nd airbag code in heel foot



Example image of midsole part with multi code airbag and single code airbag

4.2.7. Data Fields no#.15, Mold Fabrication Date

Note: mold Fabrication date will stamped on mold (outside, inside) New tooling:

New mold will stamped during texturing process and use data TARGET CONFIRMATION MOLD DATE

Existing tooling: The stamping date data for Existing mold use the date where this molds starting to recording.

4.2.8. Data Fields no#.15, Mold Fabricator Number

Nike provides Mold Mgmt_Mold FabricatorID&Names_list (all global mold vendors listed into this list) 4.2.9. Data Fields no#.17, Mold Price



Note: Cost of individual mold that entry into the mold Management data is from MOF, all are under dollar US. 4.2.10. Data Fields no#.18 & 19 Mold Part Minimum & Maximum Size

Example in physical mold:

4.2.11. Data Fields no#.20 Number of Cavity by Size in a mold

Regardless construction of the mold (single or dual layers), calculation cavity is only base on quantity of cavity (in pair):



Example:

Note: PU mold is never count in half pair in MMS ( it will confuse process of inventory and transfer)



4.2.11. Data Fields no#.21. Gender

Note: if we have overlapping gender, stamp on the mold base on Gender initial DPA of this model 4.2.12. Data Fields no#.22. Last Code

Note: last code number is always initial last number; it is change only when foot bed contour changed. 4.2.13. Data Fields no#.23. Modular Mold Configuration

Note: Modular mold requirement have 2 different tool codes, but will only have one mold ID number. Both tool codes will stamp in one location as image below: Example of modular mold: Type #1. Lateral side view is interchangeable



Type # 2 Outsole bottom view is interchangeable

Modular invisible airbag is not part of modular construction, this type of construction is not requirement have 2 different tool code assignment.



4.2.14. Data Fields no#.24. Mold Type

Factory usually has different description of what should call under Midsole, outsole , upper and or other. Below are some example of image that under each component.



During Development stage factory recommend to provide information of bottom component and submitted to Chris Scheer who in-charge for tool code assignment. Example of upper molded that assigned tool code: Upper cutting pressing mold:

4.2.15. Data Fields no#.25~27.

All data above are available under Mold Mgmt_Lists_v2_3-6-12 file

Shank plastic injection , shox or impax plate, usually part of Midsole. The tool code will start with MS

midsole insert in double lasting process are part of Midsole

All upper molded that requirement build the mold (except HF, emboss or stamp), it should assign tool code, example:

UP99999 (Upper Component)

Sock liner is part of UP



4.2.16. Data Fields no#.28, 29. Mold Material (Hardness & Scale)

In MMS is only recognize 2 scale (Rockwell and Brinell)

NIKE MOLD MANAGEMENT SYSTEM BRINELL HB ROCKWELL C Steel hardness conversion table contains conversion factors for Rockwell, Vickers & Brinell. As a guide we show the theoretical

N/mm / MPa Brinell HB Tons per sq in Vickers Rockwell C

. . . 902 65

. . . 836 63

. . . 778 61

2033 601 132 715 59

1956 578 127 671 57

1879 555 122 633 56

1802 534 117 599 54

1725 514 112 572 52

1663 495 108 547 50

1617 477 105 523 49

1535 461 101 501 48

1509 444 98 479 47

1463 429 95 459 45



1417 415 92 441 44

1355 401 88 424 42

1309 388 85 409 41

1263 375 82 395 40

1232 363 80 382 39

1186 353 77 369 37

1155 341 75 356 36

1224 331 73 344 34

1093 321 71 332 33

1047 311 68 321 32

1016 302 66 310 31

986 293 64 299 30

970 285 63 290 29

939 277 61 282 27

909 269 59 274 26

893 262 58 267 25

862 255 56 260 24

847 248 55 253 22

816 241 53 246 21

785 235 51 240 20

770 229 50 234 99

755 223 49 228 98

739 217 48 222 97

693 212 46 217 97

678 207 45 212 96

662 201 44 206 95

647 197 43 202 94



631 192 42 197 93

616 187 41 192 92

601 183 40 188 91

585 179 39 184 90

585 174 38 179 89

570 170 38 175 87

560 167 37 172 86

554 163 36 168 85

554 159 36 164 84

539 156 35 161 83

524 152 35 157 82

508 149 34 154 81

508 145 33 151 80

493 143 33 148 79

493 140 32 145 78

477 137 32 142 78

462 134 31 139 77

462 131 30 136 75

447 128 30 133 73

447 126 29 131 72

431 123 28 128 70

431 121 28 126 69

416 118 27 123 67

416 116 27 121 66

400 114 26 119 64

385 111 25 116 63



Note: Mold shop requirement has equipment to measure the hardness of metal:

Measure in bottom plate/cavity Mold shop and factory allowed to use any type of tool, but it should be converting into Rockwell or

Brinell scales. Measure on flat surface

4.2.17. Data Fields no# 30, Mold Material Recycled Content



Image below are example of original metal material

Image below is example of scrap metal material



All type of material casting and re-use for casting is considered as Scrap material.

4.2.18. Data Fields no# 31~34, All data are available under Mold Mgmt_Lists_v2_3-6-12 file

4.2.19. Data Fields no# 35

Value Mold Cycle time that dial in into XML is from MEOF confirmation data. (MEOF format 20 version 4.4 or above)



(Example data from MEOF sheet)

4.2.19. Data Fields no# 36. Mold Number of Color as Fabricated



4.2.20. Data Fields no# 37. Estimation Mold Life in Cycle

Mold life in Cycle: Flat Rubber Mold (2plates) : 90K Flat Rubber Mold (3 plates) : 80K Cup sole Rubber Mold (4 plates) : 70K Dual Layer Mold : 100K IP normal Design : 110K IP Difficult Design : 85K IU normal Design : 105K IU Difficult Design : 90K CMP : 150K IP/IU Dual Color : 75K Phylon Midsole : 115K PU : 110K Plastic Injection (single color) : 500K Plastic injection (dual color) : 480K

Note: The current data is only using for estimation and base line, it will revisit once Nike has enough data from Data base.

4.2.21. Data Fields no# 38. Total Mold Cycles Pressed

Note: the output is number pair pressed part that generate in one individual mold. Data will input per shift and upload into Cloud by monthly. Data Cycle pressed for individual mold currently input manually. Planning department place order is not only base on Order by Size but Order by size and by individual mold (alphabet)



Below is an example interface look on how factory capturing this data.

Note: the resource that in-charge for input data is person who certify as MQAA auditor in each bottom department location.

Person who in-charge to input data into system will have responsibility to:

Check mold ID number Check the output per day Input total pressed part into factory system

4.2.22. Data Fields no# 39. Mold Comments



Note: this data fields are also able provide information for promo mold, mold for Nike ID or other exception status of mold.

4.2.23. Data Fields no# 40. Total mold Repairs

Note: Nike provided List of Repair.

4.2.24. Data Fields no# 41. Total mold repair

4.2.25. Data Fields no# 42. Total Mold Recoating

Note: re-coating prior tooling transfer is included.

4.2.26. Data Fields no# 43. Mold Status



4.2.27. Data Fields no# 44-45. Mold Destruction request and Confirmation Date

Note: the date of request should meet with the data that posted into PPS.

4.2.28. Data Fields no# 46-52. Mold Transfer.

All information relate transfer mold



4.2.29. Data Fields no# 53. Build Purpose

4.2.30. Data Fields no# 54-55. Mold Modified date and Mold Original Tool Code

Modify is condition where original design of mold has been change (change different texture included). Change or revise external mold construction due to suit machinery, it is not part of it.

4.2.31. Data Fields no# 56. Upload date

This is new data fields, it is additional information when factory upload the XML file monthly.



4.3. Schema /XML file Format (example)

4.4. Nike Standard List (all list provide by Nike in other format)

4.3.1. Mold Fabricator ID list 4.3.2. Factory List 4.3.3. PPS mold shop list 4.3.4. Mold Management list, consist of:

Nike Mold Master Mold Material Mold Part Material Mold Fabrication Technology Mold Construction Molding Equipment and Process



4. Customer MMS and factory benefits For sure customer for this system are factory and Nike, but factory can optimizing or maximizing this system for other benefits that supporting production execution that relate with tooling usage.

Note: the benefits of this project is not goes only for Nike, but the most important Factory is as owner system in their factory, they can utilize and maximize the benefit of having this system.. Below are list of benefits of the system that submitted from factory representatives.

Benefits of MMS from factory stand point of view:

An integrated mold management system, much convenient and efficient to check and share mold information (VH)

Set up mold history record, overall manage life cycle of molds, ensure higher quality of parts(VH) Support to tracking mold, analysis and make statistics report about existing molds (VH) Make molds transfer among factories more simplified and efficient(VH) Complete database of tooling in one system (FT) Production historical data recorded completely on system (FT) Repair historical data recorded completely on system (FT) We can evaluate mold durability and or average mold life cycle (FT) The system able set is as alert of mold life cycle or endurance mold (IA) Tooling life time identification is clear (IA) Production loading balance (balancing life cycle mold at production )(IA)



Make easier to identify tooling condition (PCN) History mold more complete & accurate (tooling tracking record )(PCN) When tooling will be transfer, factory receiver can be early know about tooling condition (machine,

tooling repair history , etc) (PCN) Better support the factory to control mold quality(FS) Be able to predict the mold life cycle(FS) Be able to show the history, current status, key information, etc. of the molds when molds are

transferred(FS) Know Mold Status when Transfer IN in the future(SZ) This is helpful to improve product quality(SZ) This can help us for better internal mold management(SZ) A integrated mold management system, much convenient and efficient to check and share mold

information(SZ) Data Mold More organized and cycle press balance (IR)

Example: size 9 production mold consist of 6 sets of mold, each quantity pressing cycles were different. Having detail cycle press per individual mold will able to manage loading and weight capacity of individual mold. In most case A set mold is always busier than other set mold.

Easy, fast and accurate on searching mold location, inside and outside factory(IR)

In one page report factory will able to tracking location mold:

Mold active Temporary storage Ware house storage Repair Change size today



Able use historical data to analyst the current mold problem and prevent repeating issue for future mold (IR)



Monitoring and observe quality coating and repairing mold from vendor by use historical data(IR) Security , avoid missing or stolen mold fast and easy to identify(IR)

5. MMS web link and Cloud Access

Web Mold Management System: http://nike.com/MoldManagement

Rahmi Mahdaleni is person who in-charge to assign on Add, revise and remove person access into Cloud

Note: All access persons below will officially activate by August 29, 2013.

Cloud list

Cloud Access list (Mold Management System)

FEN

GTAY

NO. Factory USER NAME EMAIL DETAILS (factory project leader) Department

1 FT(HQ) Linus [email protected] IT

2 FT(HQ) Kent [email protected] IT

3 FT(HQ) Scott [email protected] Tech

4 FT(HQ) Roger [email protected] Tech

5 IW IW [email protected] Bussiness

6 LU LU [email protected] Bussiness

7 LN2 LN2 [email protected] Bussiness



10 VF VF [email protected] Bussiness

11 VO1 VO1 [email protected] Bussiness

12 VO2 VO2 [email protected] Bussiness

13 VW VW [email protected] Bussiness

POU

CH

E

14 YY Star [email protected] Engineering



15 YY ZYT [email protected] Engineering

16 YS CoCo [email protected] IT

17 YS HCC [email protected] IT

18 IY Abbott [email protected] Engineering

19 IY Xia Hua [email protected] IT

20 VP Sand [email protected] Engineering

21 VP Pham [email protected] Engineering

22 VY WJ [email protected] Engineering

23 VY Ken [email protected] Engineering

T2 24 QT Kevin Xie [email protected]

25 QT Chris Wang [email protected]

26 VT1 Pham Quoc [email protected]

27 VT2 Nguyen Long Duc [email protected]

28 VM Lam Cong Dahn [email protected]

29 VM Trinh Hoang Trung [email protected]

CS 30 QD DS Shin [email protected] IT

31 QD MY Song [email protected] TE

32 VJ SH Kang [email protected] IT

33 VJ CH Cho [email protected] TE

34 JJ Rakhmad [email protected] Business

35 JJ Iwan [email protected] IT

Indo

nesi

a O

pera

tions

36 IA Bonar [email protected] IT

37 IA Darius [email protected] Mold Tech

38 IR Arfan [email protected] IT

39 IR Fraends [email protected] Engineer

40 IM Firman [email protected] Engineer

41 IM Prio [email protected] IT



42 JV Ronny [email protected] IT

43 JV Kelvin [email protected] Engineer

44 JX Muryono [email protected] Engineer

45 JE Jerry [email protected] IT

46 JE Resti [email protected] IT

47 JE Sumio [email protected] TE

48 TT Kim Dae Joon [email protected] Developer

49 TT Irawan [email protected] Business

Chin

a O

pera

tions

50 FC Arean [email protected] Engineer

51 FC Yanni [email protected] IT

52 FJ Jerry [email protected] Tech

53 FJ Dexter [email protected] IT

54 SZ Baron [email protected] IT

55 SZ Hard [email protected]

56 SZ Ardent [email protected]

57 XC Ding [email protected] Mold Tech

58 XC Jianwen [email protected] IT

59 XB Ding [email protected] Mold Tech

60 XE cloud [email protected] IT

Viet

nam

Ope

ratio

ns

61 VL Hale Wang [email protected] Tech

62 VL Pike Mei [email protected] Tech

63 VL Hai Pham [email protected] Tech

64 VH Thomas Yang [email protected] Engineering

65 VH Bella Ho [email protected] Tooling

66 VE Figo Chen [email protected] Tech

67 VE Bright Yang [email protected] IT

68 VG



69 VQ Alan [email protected] Tech

70 VQ Eric [email protected] IT

NIKE 71 WHQ Chris [email protected] WHQ

72 NLO Leni [email protected] COM

73 NLO Nathallya [email protected] IT

74 NLO Iwan [email protected] Engineering

75 NLO Mike [email protected] Engineering

76 NLO Paul [email protected] Engineering

6. History, Update and New Journey of Mold Management system until today.



Latest update to Nike Leadership (July 2013)

FAQ (Frequently Answer and Questions)

Q: Data fields between BOM, PCM and MMS are different, how we can merge it and optimizing? A: Factory should add program and type manual from XML MMS into factory system. That is the only ways that currently factory able to convert from Nike XML format to factory own system. Example: XML format from factory, PCM, BOM: XML format from MMS: Data #1 data #1, data#2 Data #2 Q: How to entry data for break size 6 cavity with 3 different sizes, in current practice? A: In data fields will only capturing minimum and maximum size, if mold construction multi cavity has 6 cavities with different size. XML will not capture it. It should be no problem due to what we count here is cycle press of mold; it is not about calculate the pair in mold. A: the other way is in order to make clearer; factory also can add detail information under mold comment data fields. Q: Data fields No #...., about Mold type: Outsole, Midsole, Upper mold, other..how is should descript? Example TPU for Shox product, it is part of what? A: in RFC Tooling Memo, bottom tooling is only assigned 2 tool codes, it are Midsole and Outsole. TPU shank and PU wedge are considering part of MS tool code.



Q: Data field no.42 Mold Recoating Interval, data will input in days or cycle press? A: Input data should be in cycle (not days) see the example input data of it. Q: What is the standard of Mold Maximum Cycle Capacity ? A: Currently is still under study, hope before September the standard will released. (It had been replace with Mold Cycle Time MEOF) Q: Does Nike standardize which one type of repair that should go to in-house or mold shop? A: Nike will not drive factory to place repair order to anywhere, the authorization is in factory call. Q: When is target upload the new tooling implemented? A: In September, under FA14 seasonnew tooling is as minimum requirement. In other work if you already proceed some of existing mold, it even better. Q: How about big swoosh on outsole and pressed use separation color plate? Is it considered to count as color way? A: Yes Q: How to manage data for existing mold, some of them have no historical data? A: We will treat differently. Starting FA14 season, all new mold will stamping base on the initial factory code Below than FA14, existing mold will re-stamping uses factory code where these mold storage. Note: Chris will help to search missing information of mold shop, mold fabrication date.

Q: How to manage data for existing mold, some of them has 20,000 sets of mold? A: Nike will sort the existing mold and prioritizing which one mold that Category still keep, and entire mold consider destroying. (Except category reserve it)Please continue inform this to Chris Scheerit is part of clean up mold program later on. Q: How to handling input data in same size but different alphabet (A,B, C)? A: Planning and MMS Team should train person who able input data in each your bottom process (IP, PU, Rubber, etc) Input will upload every changing shift. Please see detail explanation on chapter Data Fields page 27. Q: How we get access into Cloud? A: Please Contact [email protected] , she is main contact in Nike who has authorization to assign Cloud access



Q: When does mold need to be retired? Whats the average period? A: Nike will do further study and share the standard later on. Based on collection data .current reference number of life cycle is not 100% accurate yet. Different method of process, different material and different design construction, it caused each factory location has different experience and opinion about life cycle of mold. Base on collection data above, we will use it as base reference, it will revisit once MMS has enough reference to measure. Q: How to handling transfer mold that currently Mold ID number was not exist? A: Once your system is ready, you can re-stamp mold that storage in you factory with your factory code Note: currently mold storage and produce in LN

Q: How factory should upload data into Cloud? Daily, weekly, monthly or seasonally base? A: Monthly base (1st week) Q: Does in the future this MMS will replace



Q: Are we including the upper mold? A: Not for now. We will do it in the future since we can assign upper tools code in Nike system now Q: Did Nike will make standard for scrap/recycle? Whats the min or max standard? A: there is no min/max but consider it will impacted on quality of cast result. For now, let factory fill in the data refer to actual scrap number. Q: is it possible to use barcode system to avoid input manual data A: it is up to factory, few factories currently produce it use barcode Note: FAQ is life document; it will add and update regularly. The owner this manual:

[email protected] [email protected] [email protected] [email protected]

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MMS Manual Contents Ver 1