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Professional Instruments forFiber Optics Testing
www.agizer.com
3 |
Table of Contents
About Us 05
OPX-350 Series 06
OPX-BOX Series 08
IIT-6000 Series 10
IIT-9000 Series 12
OPX-RTU Series 14
IIT-LTS Series 16
OPX-LTS Series 17
FiberTest Monitoring System 18
Fiberizer Cloud 22
Fiberizer Mobile 26
Fiberizer Mobile HD 28
IIT Equipment 30
Model Line 32
Available Options 34
Contact Us 35
Table of Contents
5 || 4
ABOUT US
Agizer is a hi-tec fiber optics testing company which
produces equipment, software, and services for the
complete set of procedures in fiber optic line testing,
network monitoring, as well as in fiber optics sensing.
As a company based on the Eastern frontier of the
European Union (Vilnius), Agizer has all legal and
infrastructural advantages of a European company,
while bridging business opportunities in the West with
resources in the East.
With over 20 years of experience in fiber optic research, its managers and consultants have
gathered an extensive knowledge base of world-wide
customer feedback. This resulted in many commercial
projects and powerful instruments for fiber optics testing.
Besides the headquarters in the European Union, the
company has representative offices in the US and Asia,
and a development center in Minsk (Belarus).
The company unites the complete production cycle (conceptualisation, R&D,
pilot production, software development, and mass
production) under unified management. This solid
regional infrastructure, knowledge of the fiber optic
testing market, and the management structure
made it possible to create advanced products and
services for customizable fiber optics testing. Agizer
equipment ranges from compact devices paired with
smartphones and tablets to powerful stand-alone
OTDRs to laboratory testing units for optical cable
plants and fiber cable monitoring systems.
About Us
www. agizer.com
7 || 6
OPX-350 Series
The Agizer OTDR
OPX - 350 Series Universal Performer for Fiber Testing
Really compact high-end OTDR
Beginners mode with fully automated trace diagnostics,
one-button setup and events detection
FTTx/PON optimized parameters, perfect dead zones for
1xN splitter and for normal events with reflection
Live OTDR port for in-service measurements and live
fiber detection with embedded power meter
Optional power meter, light source, fiber inspection
probe and VFL
Flexible connectivity with our Fiberizer Desktop and
Cloud software for advanced data analysis and reporting
OPX-350 Series
Professional Device Firmware
It knows what you need
After many years of collecting user feedback about hand-held
instruments usage in the field, we have most of the common
testing cases well optimized.
It is easily updatable via USB We are constantly improving our software and firmware to
deliver better user experience and job performance for you.
Recent updates are always availalble at www.agizer.com.
It works for novices...
All measurement functions are automated and intuitive:
- Get total trace attenuation and length
- Get optimal measurement parameters and trace
- Get full events table (3 pulse widths used automatically)
...as well as for advanced users
You can employ advanced LSA technique with 5 markers to
measure splice parameters or to add an event manually.
It stores your trace files as SOR or PDF
You can use our novelty way of saving trace files—generating a
PDF file right on the device with SOR source files attached.
www. agizer.com
Base Unit
Display 3,5” TFT 16-bit color (*touchscreen)
Connection with USB, ActiveSync, WMDC
Power supply Li-Ion Battery 3100mAh (9 hours)
Dimensions 163 x 93 x 51 mm (*w/o rubber boot)
Weight 0.7 kg
9 || 8
Base Unit
Connection with PC USB, Bluetooth
Power supply Li-Ion Battery (8 hours)
Dimensions 125 x 31 x 85 mm
Weight 0.4 kg
Fiberizer software family
OPX-BOX OTDR is specially designed to be used
with the Fiberizer software. It can be controlled
via USB or Bluetooth from all supported platforms
(Windows, MacOS, Linux, iOS, Android).
Fiberizer Cloud Connectivity
Most of the Tablet PC users can connect to
the device wirelessly via 3G or WiFi, to upload
measurement data to the server right from the field
and/or receive instructions from supervisors.
Mobile Trace Analysis software with desktop capabilities
We have transformed many years of our experience into advanced software optimized for quick and fail-safe operations, to
be used by technicians of any level. Now you can combine mobility and simplicity of your hand-held device with the power of
professional testing equipment.
OPX-BOX Series
Ultra compact high-end OTDR with Bluetooth wireless
and USB control
Up to 3 wavelengths for OTDR including Live port
Up to 42dB Dynamic Range and 1/4m Dead Zones
Optional LS/CW mode and VFL, no remote control needed
to enable LS or VFL
Software to control this device availalble for all popular
platforms (Windows/iOS/Android/Linux)
Optimized for Fiberizer Cloud—powerful online tool for
OTDR traces batch analysis and reporting
The Agizer OTDR
OPX - BOX Series Cost-Efficient Fiber Testing with No Compromises
OPX-BOX Series
www. agizer.com
11 || 10
IIT-6000 Series
The Agizer OTDR
IIT - 6000 Series If You Need More Power for Your Fiber Testing
Rugged (metal-cased) and compact high-end OTDR, high
Dynamic Range models (up to 43dB) are available in this body
Wide and super-contrast LCD (from PSP) for convenient trace
analysis right in the field
Beginners mode with fully automated trace diagnostic, one
button setup and events detection
FTTx/PON optimized parameters, perfect deadzones for 1xN
splitter as well as normal events with reflection
Live OTDR port for in-service measurements and Live fiber
detection with embedded power meter
Optional power meter, light sourse, fiber inspection probe
and VFL.
IIT-6000 Series
Professional Device Firmware
It knows what you need
After many years of collecting user feedback about hand-held
instruments usage in the field, we have most of the common
cases well optimized.
It is easily updatable via USB We are constantly improving our software and firmware to
deliver better user experience and job performance for you.
Recent updates are always availalble at www.agizer.com.
It works for novices...
All measurement functions are automated and intuitive:
- Get total trace attenuation and length
- Get optimal measurement parameters and trace
- Get full events table (3 pulse widths used automatically)
...as well as for advanced users
You can employ advanced LSA technique with 5 markers to
measure splice parameters or to add an event manually.
It stores your trace files as SOR or PDF
You can use our novelty way of saving trace files—generating
a PDF file right on the device with SOR source files attached.
www. agizer.com
Base Unit
Display 4,3” TFT 16-bit color touchscreen
Connection with PC USB, ActiveSync, WMDC
Power supply Li-Ion Battery 3100mAh (9 hours)
Memory built-in 256 Mb, USB drive
Dimensions 226×149×43 mm
Weight 1.5 kg
13 || 12
IIT-9000 Series
The Agizer OTDR
IIT - 9000 Series Fiber Measurement Platform
Rugged platform with set of pluggable modules (OTDR,
PM, CD)
Advanced software allows convenient analysis on a big
LCD with touch screen
Remote controllable via USB or TCP Network
FTTx/PON optimized parameters, perfect deadzones for
1xN splitter as well as normal events with reflection
Can be fully controlled from embedded keypads for
quick operation in hazardous environment
Flexible connectivity with Fiberizer Desktop and Cloud
software for advanced data analysis and reporting
IIT-9000 Series
Mobile Trace Analysis software with desktop capabilities Many years of feedback from our customers helped us develop
the software fully optimized for quick and fail-safe operations
by technicians of any level. We implemented many ideas on
how to negotiate field environment limitations (performance,
dimensions, limited set of user inputs).
Automatic trace analysisOnce the measurement is completed, the list of discovered
events allows the user to easily check different parameters.
If an event is marked as “need user verification” ,
pay closer attention to it!
Batch processing with TemplateUsers can easily perform batch processing of similar traces
(same cable) by applying a carefully prepared template drawn
from the event table of one of the traces.
Macrobend detectionThe software displays locations of possible macrobends. This
function becomes active if multi-wavelengths measurement
has been performed.
Bidirectional AnalysisWith the IIT-9000 device you can bind traces to each other
for later bidirectional analysis with a more powerful desktop
software.
www. agizer.com
Base Unit
Display 4,3” TFT 16-bit color touchscreen
Connection with PC USB, ActiveSync, WMDC
Power supply Li-Ion Battery 3100mAh (9 hours)
Memory built-in 256 Mb, USB drive
Dimensions 226×149×43 mm
Weight 1.5 kg
15 || 14
OPX-RTU Series
The Agizer RTU
OPX - RTU Series Modular and scalable solutions
Rack-mounted unit for monitoring systems and remote measurements, or a standalone unit for labs
Can be integrated to any 3rd party system with the help of an advanced SDK
Web-configurable via intuitive browser interface
Pluggable OTDR and PC modules for quick and easy maintenance and upgrade
Optimized for 24/7 operation, the simplest monitoring solution on the market ready to use out of the box
One module is enough to perform automatic and continuous monitoring of an optic line and control OPX-1xN optical
switch
Several modules can be joined together with the help of Fiberizer Cloud to monitor complex networks
OPX-RTU Series
Single unit for basic monitoringOPX-RTU can be used for monitoring right out of the box.
No complex server or database is required to start 24/7
fiber inspection. All functions you need are located in the
embedded web-configurator accessible from your browser.
Network monitoring with Fiberizer CloudIn Fiberizer Cloud you can setup your network topology
(Cables, ODFs, Buildings, Closures) and aggregate
measurement data from many OPX-RTUs installed in
key network nodes. You receive the most up-to-date
information about the actual network status or any fiber
breaks detected.
Remote OTDR for manual controlWith Fiberizer Desktop software installed on any Windows
PC you can control your remote unit any time on demand
based on the TCP/IP protocol.
www. agizer.com
Base Unit
Chassis Rack-mount, 1U/19” size
Connection with PC USB, RJ45 (TCP/IP)
Power supply AC (210V) / DC (70V)
Memory (for PC) built-in SSD hard drive
Dimensions 220×168×45 mm
Weight 1.5 kg
17 || 16
IIT-LTS Series
The Agizer Optical Tester
IIT - LTS Series Loss Test Set. Keep It Simple.
Extremely rugged (metal-cased) and pocket-sized,
extra long battery life
Hight quality power meter, InGaAs Photodiode
with large sensitive area (1000μm) installed right to the
optical adaptor on front panel
Frequency detection for fiber identification
ORL Meter and another calibrated power meter
(PD coupled to fiber; same port as light source) for
bidirectional testing
Changeable optical adaptors both for Power Meter
and Light Source
Up to 4-wavelength laser source combined with
power meter (6 wavelenghts of calibration)
Client USB software for data transfer, reporting and
remote control
OPX-LTS Series
The Agizer Advanced Optical Tester
OPX - LTS+ Series Much More than a Regular Optical Tester.
PON power meter, wavelength detection
High quality power meter., InGaAs Photodiode
with large sensitive area (1000μm) installed right to the
optical adaptor on front panel
ORL Meter and another calibrated power meter
(PD coupled to fiber, same port as light source) for
bidirectional testing and talk set
Fault locator, detects distance to the event
Frequency detection for fiber identification
Digital talk set
Up to 4-wavelength laser source combined with
power meter (6 wavelenghts of calibration)
Client USB software for data transfer and remote
control. Integration with Fiberizer Cloud.
www. agizer.com
19 || 18
The FIBERTEST system allows continuous monitor-
ing of optical lines, locating a fault and displaying the
information on the topological map.
Measurements results are stored in the database. It en-
ables data processing for predicting potential problems
in the fiber.
Monitoring of optical fibers reduces repairing periods
of optical lines, cuts operating costs, increases network
security due to the capability to detect an unauthor-
ized access and improves the line quality.
FIBERTEST system architecture allows integrating it
into other telecommunication management network
systems (TMNS) or documents circulation systems,
used by the customer in their work.
Type of events monitored:
FiberTest Monitoring
fiber break;
fiber absence;
local discontinuity of attenuation appearance;
increase of local discontinuity of attenuation;
local discontinuity of reflection appearance;
increase of local discontinuity of reflection;
increase of general attenuation on the pre-identi-
fied sections;
increase of the refractive index on the pre-identi-
fied sections.
Monitoring System
FiberTest Your Watchful Eye on Optical Network
www. agizer.com
21 || 20
Light or dark fibers monitoring
The Fibertest system meets all of the requirements for monitoring light or dark fiber-optic networks. Filters for
light fiber monitoring to be deployed on your network are supplied.
Store data in the cloud
The other way to store the data is to connect the FiberTest system to Fiberizer Cloud. This service allows
collecting, viewing and analyzing data via a web browser and mobile devices under iOS or Android platform.
Alarm subsystem
Fibertest can produce the following types of alarms: visual, sound, notifications by email or SMS. Notifications via
SNMP to TNMS or OSS.
Scheduled testing
Measurement schedules allow network operators to assess long term fiber performance to form the basis of
efficient asset management.
Reporting subsystem
Create ready-to-print PDF reports or CSV report data files for your customization with Excel power.
Multiple clients
FIBERTEST allows adding several clients to one subsystem in the observer’s mode
Real-time controlFibertest automatically monitors network 24/7 by
controlling the main parameters of connected fibers, by
comparing the current fiber trace with the reference.
Base Unit
Width 19” or 21”
Height 2U
Maximum Number of Optical Ports 48
Voltage of Station Supply, V 24,48,60
Reduce MTTRReduce MTTR by locating fiber-optic faults in minutes
instead of hours. The system accurately detects and locates
fiber degradation, alerting operators and managers with
the details of faults, and displays the located faults on the
topological map.
Increase security Increasing data transmission security by means of detecting
an unauthorized access to fiber network and a substantial
cutting down of the equipment.
Reduce operating costsFIBERTEST reduces maintenance staff and fleet of fiber-optic
test and measurement instrumentation.
Statistics gatheringFIBERTEST saves the statistics on the measurements taken for
their further analysis. The system has the tools to analyze the
traces obtained during measurement, detects pre-emergen-
cy condition of optical fiber (OF), forecasts the propagation
of defects and OF degradation, and also draws graphical
dependence of OF degradation upon time.
FIBERTEST ADVANTAGES
www. agizer.com
23 || 22
Going Сloud is a sure trend of today, no matter how
cautious some old-school engineers are about it. Agizer
applied this trend to contemporary fiber optic testing
and produced a breakthrough way of working with OTDR
traces, the Fiberizer Cloud service.
You can conveniently organise your traces into custom
collections. The traces can be compared in batches, so
that a technician can view several OTDR traces from the
same cable. For every trace you can quickly calculate loss
and reflectance measurements with moving markers, see
the complete event table and get every event details. If
you have OTDR traces from both ends of the optical fiber,
Fiberizer Cloud can create bi-directional reports
for even more comprehensive inspection. To document
your analysis, professional PDF or MS Excel reporting
functionality is available, and you can create your own
templates for reports.
Besides, the cloud OTDR trace viewer has a truly unique
option of simulating various types of optic
networks, from simple single lines to complex tree-
structured PON fiber optic schemes, allowing you to
generate virtual OTDR traces and reports for them, for
acceptance testing.
The Cloud OTDR trace viewer is based on MS Silverlight
technology, so you can use it in both Windows and
MacOS browsers. Your data is transferred via HTTPS
connection to ensure secure communication and storage.
With Fiberizer cloud OTDR trace viewer you never need
to install and update the application, thus cutting down
maintenance time and expenses. We are constantly
processing feedback from our customers (subscribers) and
working to improve the Cloud OTDR trace viewer, so you
always have the most recent instrument for your fiber
optic network analysis. Try our free service now, be on the
edge of cloud technologies, and compete more efficiently.
Fiberizer Cloud System
Add support of Fiberizer Cloud to your own OTDR software or tools by using our open API.
Web-Based system
Fiberizer Cloud Organize Your OTDR Results
www. agizer.com
25 || 24
1. Import test data to Cloud
Fiberizer supports Telcordia GR-196 & SR-4731 *.sor
files handling.
You can use collections to organize them. Collections
are like categories or tags, you can assign several of
them to one file. Use Filters To easily find files in Cloud.
You can search file by name, collection and/or data has
been modified.
2. Work with trace data
Analyze your trace using the buit-in
advanced automatic tool. Look through
the event table to make sure everything
has been recognized correctly.
Use the 5-marker mode to add new or
edit existing events.
3. Generate Excel/PDF report
Once you have finished with the trace analysis, filled in
the event table and all necessary parameters, you can
create a report. Fiberizer Cloud allows you to form PDF
documents with detailed or brief reports from one or
multi trace files. The report will be stored in Cloud as a
PDF file and can be exported or printed at any time.
Available in two flavors depending on how serious your business needs are
public web edition www.fiberizer.com with monthly subscription plans
corporate server installation with user-based licensing
Fiberizer Cloud System
Get access from everywhere
Sign in to your account at home, office or away, on PC, Mac and other devices: iPhone, iPad, Android, and access
your online repository of measurement data.
OTDR Modeling and Simulation
Design your virtual fiber optic line and generate corresponding OTDR traces. Play with OTDR parameters (like
Dynamic Range) to see how the trace is changing.
Always up-to-date software
We are continuously implementing new features to Fiberizer Cloud and you will always have the latest version with
new amazing functions.
Analyze OTDR traces
Fiberizer supports traces from different vendors in Telcordia GR-196 and SR-4731 formats. Bidirectional analysis and
template mode comparison are available.
Batch reporting with powerfull customization
Create a ready-to-print PDF report, or an Excel report for further automation. Your report can include your logo,
company data and formulas thanks to editable Excel templates.
Fiberizer Cloud System
www. agizer.com
27 || 26
Fiberizer Mobile For iPhone and Android OS
OTDR data viewer
Fiberizer Mobile OTDR trace viewer for Android is an
application designed specificially for smartphones and
tablets on the Android platform.
Now you can look through and analyze your
reflectograms wherever you are with your Android
device.
Fiberizer Mobile for Android is also a client app for the
Fiberizer Cloud web service, so you can have access to
your data wherever you are.
Mobile OTDR trace viewer app for fiber optic test
and measurement engineers
Allows telecommunication engineers, fiber optic
line installers and other technicians to use OTDR results
in their job to review and analyze OTDR traces
Compliant with the universal Telcordia GR-196 &
SR-4731 *.sor format.
Has seamless integration with the Fiberizer Cloud
web service for online fiber optic results management
Allows you to measure reflectance, optical return
loss and fiber attenuation measurements with 2 or 5
markers
Changes its layout to tablet or smartphone mode
automatically depending on the device screen size.
Fiberizer Mobile Fiberizer Mobile
www. agizer.com
29 || 28
Fiberizer Mobile HD For iPad Users
OTDR data viewer
Fiberizer Mobile HD is an iPad version of the world-famous OTDR trace analyzer indispensable for a fiber optic network
engineer or technician. Fiberizer Mobile HD is especially efficient for fiber optic engineers and analysts, allowing immediate
remote analysis of measurements. Paired with an OTDR (optical time-domain reflectometer), the application covers most
reflectometer measurement needs for installing and servicing a fiber optic lines of any architecture:
displays previously collected traces, analyzes fiber attenuation, reflectance, and optical return loss;
applies 2- or 5-marker methods;
allows adding events and editing your event tables;
emotely controls Agizer-compatible OTDRs via Bluetooth or Wi-Fi;
generates reports on the fiber optic line status.
Main features of Fiberizer Mobile HD:
instantly exchanges data with the Fiberizer Cloud
web service, your measurements are protected from
accidental loss and readily available for analysis, no
matter where you are (Internet access required);
compliant with the universal Telcordia GR-196 &
SR-4731 *.sor format;
seamlessly integrates with leading cloud providers
(Google Docs, DropBox);
converts values (PON specific or acquired from
OTDR, power meter, etc.) for international usage;
makes full use of iPad multi touch interface.
Fiberizer Mobile HD is a must-have for any
telecommunication specialist who does not want to be
burdened by a laptop and still wants a fully-powered
instrument for fiber optic network analysis.
Fiberizer Cloud HDis available on AppStorefor free.
Fiberizer Mobile Fiberizer Mobile
www. agizer.com
31 || 30
Institute of Information Technologies: reliable fiber optic testing technology provider
IIT standard and laboratory equipment is your reliable
partner in fiber optics testing and sensing, from the very
beginning of your fiber optics tasks. With our over 20-year
expertise and multiple successful projects, our current
products and procedures can be customized to meet your
particular needs in the ever growing business fields.
Any fiber optics product or installation needs initial
rigorous testing. For example, in cable production
smaller hand-held devices are definitely not enough, and
engineers must use heavy artillery of stationary laboratory
equipment like high-precision optical generators and
chromatic dispersion analyzers. Besides, very often fiber
optics installations need scheduled or 24/7 monitoring,
with options to immediately react to an emergency.
For such purposes IIT has an array of stationary
laboratory instruments and sets of testing procedures
easily adaptable to meet any architectures, scales, and
complexity.
Devices which measure optical fiber parameters
periodically need serious testing and calibration
themselves. IIT calibration and standard equipment meets
the hardest requirements and has been utilized not only
by fiber optic network technicians, but also by federal
agencies in Russia.
If you need hi-tec sensors in highly aggressive and
hazardous environments, or just hard-to-reach places,
IIT fiber optics solutions is your choice. Industries like
oil production, tunnel construction, security services,
use fiber optics to precisely monitor temperature and
mechanical strain, and the area of application is constantly
growing.
IIT Standard and Laboratory Equipment www.agizer.com/iit
IIT Equipment About US
High Precision Chromatic Dispersion Analyzer (IIT-xCD)
measures chromatic dispersion in SM optical fibers
Multichanel Optical Standard Tester (IIT-nOT)
measures attenuation change in optical fibers and cables, passive optical components under mechanical and temperature testing.
Optical Fiber Elongation Test Set (IIT-nID)
measures of optical fiber and cable elongation/strain under mechanical and/or temperature test.
Optical Standard Generator (IIT-xOG)
calibrates all types of OTDRs by the external source method (IEC 61746)
Optical Standard tester (IIT-xOT)
measures optical power and attenuation in optical fibers and fiber optical components with high accuracy.
Distributed Temperature Sensing (IIT-xATP)
measures distributed temperature along the singlemode or multimode fiber
www. agizer.com
33 || 32
Our Devices
MODEL LINE
Model Line
www. agizer.com
Device
Type
Lasers
Set
Dynamic
Range
Dead Zone
Attenuation/Event
BASE
BASE-15 1310/1550 27/25 2/10
BASE-85 850/1300 22/22 2/10
OPTIMA
OPTIMA-15 1310/1550 36/34 1/4
OPTIMA-16 LIVE 1310/1550/1625 36/34/38 1/4
OPTIMA-14 1310/1490/1550 36/34/34 1/4
OPTIMA-17 LIVE 1310/1490/1550/1625 36/34/34/38 1/4
OPTIMA-85 850/1300 MM 25/27 2/10/1/4
OPTIMA-QUAD 850/1300/1310/1550 25/27/36/34 2/10/1/4
Device
Type
Lasers
Set
Dynamic
Range
Dead Zone
Attenuation/Event
PRO
PRO-15 1310/1550 39/36 1/4
PRO-16 LIVE 1310/1550//1625 39/36//39 1/4
PRO-14 1310/1490/1550 1/4
PRO-17 LIVE 1310/1490/1550//1625 1/4
PRO-85 850/1300 MM 1/4
PRO-5 1500 1/4
PRO-6 LIVE 1625 1/4
PRO-QUAD 850/1300//1310/1550 1/4
PROM
PROM-15 1310/1550 43/43 2/5
PROM-16 LIVE 1310/1550//1625 43/43//41 2/5
PROM-14 1310/1490/1550 43/38/43 2/5
PROM-17 LIVE 1310/1490/1550//1625 43/38/43//41 2/5
PROM-5 1550 43 2/5
PROM-6 LIVE 1625 41 2/5
35 || 34
Find our latest news in
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Availavble Options Contact US
AGIZER MAIN OFFICE
Europe Tel: +370 60512523 Address: Gelvonu str. 2, Vilnius LT-07149, Lithuania Email: [email protected] www.agizer.com
OFFICIAL DEALERS
USA Intellity Systems, Inc. Tel: 408 7025944 Mailing Address: 16410 NE 20th Street, Bellevue, WA 98008 USA Email: [email protected] www.intellitysystems.com
Asia Intellimax Systems HK Limited Tel: +86 13701335117 Address: Room 1701,111 Leighton Road, Causeway Bay, Hong Kong Email: [email protected]
Eastern Institute of Information TechnologiesEurope Tel: + 375 17 327 23 52, + 375 17 327 13 48 Address: Oktyabrskaya st., 19/5, office 306 ,220030, Minsk, Belarus Email: [email protected] www.beliit.com
CONTACT US
www. agizer.com
Device
TypeLS PM VFL
OPX-350
OPX-BOX OPX-RTU OPX-970 IIT-6000 IIT-9000
BASE
OPT
IMA
PRO
PRO
M
AVAILABLE OPTIONS for our devices
phone | (+370 60) 51-25-23 email | [email protected] website | www.agizer.com
