Fiber Optic Testers 521 Items

VIEW5 PRO’s 5-inch high-resolution color LCD touch screen with user-friendly intuitive GUI (Graphic User Interface) offers large and clear fiber images to users. By double-tapping the screen, users can Zoom In & Out the image to the world’s highest magnification of 520x. The fusion splicer is equipped with bua ilt-in IoT module that connects to the INNO’s View Pro Cloud Management System for real-time operation and management online. This innovative cloud-based solution is designed to create the most advanced and yet most uncomplicated splicing and work experiences ever.

The DTX-MFM2 fiber module are used with a DTX Series Cable Analyzer to test and certify fiber optic cabling installations. 

The T-506 is used together with a high voltage surge generator, to pinpoint high resistance and flashover faults on power cables. It utilizes an Application (App) running on an Android device, connected wirelessly to a handheld sensor. The sensor detects magnetic and audio signals emanating from the faulted cable. 

The Fujikura FSM-50S welding machine is the top model in the line from the world leader – Fujikura company. The Fujikura FSM-50S is the fastest field welding machine, performing a welding/shrink cycle in 44 seconds. The device has the smallest dimensions in the industry, and legendary strength and reliability.

SMLP5-5 is a rugged loss test kit with data storage designed to measure insertion loss on singlemode & multimode fiber networks. Each SMLP5-5 Kit includes an OLS4 quad Optical Light Source and OPM5 Optical Power Meter.

The TYPE-72C improves splicing performance and reliability and has a newly designed user interface. The TYPE-72C includes a smartphone-like high-resolution touch screen for user friendliness. In Quick Mode, the TYPE-72C reduces splicing and heat shrink time to 5 seconds and 9 seconds respectively.

FBC-001 High Precision Fiber Cleaver adequate for cleaving fiber ends for OTDR access (through a lap splice or XYZ stage), multimode and single-mode mechanical splicing, and UniCam Connector installation.

An OTDR launch cable, which connects the OTDR to the link-under-test, discloses the insertion loss and reflectance of the near-end connection. It is often available on a small spool or within a “launch box”, which is used to create the proper conditions for testing another similar optical fiber for faults. This method avoids undesirable variations in loss and distance measurements. A launch fiber will help to overcome the blind spot or Dead Zone of an OTDR brought about by high launch power or faults near the launch end of the fiber.

Unlock efficient fiber optic splicing with the Sumitomo TYPE-71C Direct Core Fusion Splicer, featuring the FC-6S-C Cleaver. This advanced tool combines high-speed performance, precision core alignment, and wireless connectivity for seamless operations. Discover More

The Sumitomo Type-71C welding machine is distinguished by its compactness, low weight, resistance to external conditions and reliability, as well as minimal welding cycle time. Sumitomo T-71C has included many innovative technical solutions. The touch screen will noticeably facilitate the welding process, and the reliable design and the possibility of remote technical support significantly reduce the maintenance costs of the device.

Launch Box

Launch Box

Launch Box

The M600 is a rugged, field-portable, and very user friendly mini-OTDR. When equipped with multimode and singlemode modules, it is the ideal OTDR for technicians and contractors who test and fault-locate premises, access, metro, and broad-band fiber networks.