Precision Rated Optics Fiber Optic Test Equipment  

Fiber Optic Power Meter PM 1 Series
Price $440.55
This economical power meter accurately tests single mode fiber optic cable for power and continuity, and is ideal for maintaining and debugging fiber-based telecommunications networks.

Optical Laser Source - LS1
From $775.13
The LS series offer excellent stability and portability for accurate fiber optic testing. Single output port provides stable laser power at dual wavelength. The compact unit operates in either continuous wave (CW) mode or modulated mode. A low battery indicator reminds the user of replacing the battery.

Fiber Optic Pro Optical Multi-Tester
From $2,833.69
These units combine a power meter and a 3-wavelength laser source which are for use on optical fiber network installation and maintenance applications. Thanks to its ample data storage space, these testers are perfect for field testing and transferring the test results to PC through USB interface.

Fiber Optic Pro-730 Core Alignment Fusion Splicer
Price $10,953.75
This device is for use within several areas of fiber optic deployment, Premise (on site), OSP (outside plant), or FTTx (fiber to the subscriber) splicing. The PRO-730 fusion splicer is designed to work with all the popular fiber types and in all weather conditions.

Fiberscope
From $268.50
Designed to clearly expose debris and other microscopic flaws on fibers, splices and connectors, this affordable fiberscope features a bright white LED light and magnification powers of 200x or 400x, so you can spot imperfections before they become costly repairs.

Visual Fault Finder
Price $286.25
This pocket-sized tester uses pulsating light to locate loss-causing bends and cracks in optical fibers, as well as identify bare fibers and hard-to-find fiber connectors in high-density patch panels.

Precision Rated Optics Visual Fault Locator
Price $444.38
Lightweight, with up to 20 hours continuous battery life, makes this Visual Fault Locator the perfect portable tester for finding flaws simultaneously in multiple optical fibers.