• Programmable Polarity Tester
• Intelligent Self-learning Sample Polarity
• Real Time Testing Result
• Compatible with SM and MM Fibre
• 2~24,2~32,2~72 Channels
• Platform/Modular Design
• No Physical Contact
• Vertical/Horizontal Working
• 20dB Dynamic Range
• 3.5” Touch Screen
Automatic End-face Assessment, Autofocus, Auto-calibration, Auto-angle Adjustment, 3D Automated Detection.
Capable of simultaneous measurement of end face analysis and geometric morphology
Fully automatic measurement, automatic focusing, and automatic calibration functions
0~12 Degree; APC; Fully automatic angle adjustment
Design of fixture with adaptive locking force
Detection speed only requirements 1 second, simultaneous measurement only requirements 2S
Automatically saving measurement data facilities data management and quality control
Future 5D is the brand new Automatic Fiber End-face Interferometer developed by Dimension Technology, based on our know-how and experience on the fiber inspection instrument. Future 5D provides the comprehensive fiber end-face measurement functions, including 3D profile, auto focusing, auto calibration, auto APC angle tuning and auto end-face judgment. All testing and reporting can be finished in 1.5 second. New engineering on the structure design guarantees the anti-shocking capability and ultra long life of the fixture. Future 5D is the best choice in the market.
• One, two or four detectors on a single module
• Wavelength range:850nm~1650nm
• User-configurable trigger input and analog output
• Compatible with single-mode and multimode fiber
Ensuring high-speed power output with a wide dynamic range for high-speed applications!
• Continuous acquisition frequency up to 10KHz (full power range)
• Support automatic gain shift acquisition measurement in high-speed mode
• Each channel has a storage depth of up to 10 million
• Support continuous trigger acquisition mode
• Support single trigger batch acquisition mode
• Support fixed gain compensation setting
• User-configurable analog output port
• Support optical power detection range in high-speed mode: +10dBm~-70dBm
• Support any wavelength setting within the wavelength range of 850nm~1650nm
• Single module can provide 1, 2 or 4 channel optical power detection
Automated testing device for multiple optical test subjects or various optical performance parameters.
• High repeatability, service life over 10 million times.
• Low insertion loss, low polarization-dependent loss, and good channel consistency.
• Short switching time, less than 30ms.
• Matrix optical switch, free reconfiguration.
• Programmable, supports multiple control modes including time, button and program.
• The OMEGA Series Modular can integrate multiple functional modules into one, which can quickly realize
one-stop testing of optical devices and other products.
• XHASIS Series Rack-Mount optical switches have high density, small size, easy deployment and low cost.
MT Pro is a dual light source interferometer that integrates single and multiple cores. Combined with Dimension’s high-tech independently developed and patented optical system to increase the size of the inspection field of view, the multi-core uses non-contact white light scanning measurement, and the single-core is developed using the principle of red light coherence. It can quickly and automatically detect the index parameters of the 3D shape of the connector surface automatically and accurately, and display and save the measurement results. Equipped with a variety of high-performance testing fixtures, widely used in laboratories and manufacturing.
Auto Cleaning, Visual Inspection, Capping, and Loading/Unloading for MT Connectors
Auto Cleaning, Visual Inspection, Capping, and Loading/Unloading for MT Connectors
Detects contamination, scratches, defects, and damages with precision.
Utilizes pen-type cleaning and/or compressed air and solvent cleaning techniques.
Implements an efficient tray system for loading and unloading MT connectors.
Features a flexible fixture design for swift and easy re-configuration.
Can be customized to fit seamlessly with customer-specific processes.
Incorporates cutting-edge technology for high-stability visual inspection.
Demonstrates high integration, automatic functionality, stability, and ease of operation.
Offers a significant Return on Investment (ROI) for enhanced cost-effectiveness.
Integration of IL, RL, and polarity testing, improving efficiency by 600%
• RL mandrel-free, IL, RL and polarity detection, single channel test time as low as 1.5S
• Support various optical devices to test fiber polarity
• Three-in-one automatic test of mpo fiber IL.RL and polarity
• Save work stations and increase production and test efficiency by more than 6 times
• Abundant and interchangeable, high-reliability detector adapter connectors
• Support PC segment control software, automatically save test data reports, and support remote network control
Multi&single Mode Optical Attenuator-MEMS – The new generation of multi-mode programmable optical attenuator integrates years of technological iterations and innovations, and comprehensively upgrades the product. Attenuation accuracy, speed, range and other indicators have been comprehensivelyupgraded.
The new attenuator has a built-in power meter for closed-loop monitoring of output power and supports multiple operating modes, perfectly adapting to the application scenario of testing the sensitivity of 800G/1.6T optical modules.
Multifiber IRL Meter – Dimension Multifiber IRL meter uses a high stability laser source and a high precision optical power meter for mandrel-free return loss testing and high-speed insertion loss testing. The single-wavelength loss test time is less than 0.5s, and the minimum loss detection can be achieved -75dB. Includes 6 testing wavelengths for single mode and multiple mode (multiple mode :850nm, 1300nm, single mode :1310nm, 1490nm, 1550nm, 1625nm).The optimized integrating sphere can measure the loss of a dense multi-core MTP/MPO connector as well as the loss of a duplex-LC device. RLM fast and accurate measurement function make it an ideal tool for improving production efficiency and quality control.
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