JavaScript seems to be disabled in your browser. For the best experience on our site, be sure to turn on Javascript in your browser.
Try searching for keywords in categories, brands, products, and more. If you have any questions, please contact our Support team
Out of stock
Shopping cart
Your cart is empty
Looks like you haven't made your choice yet.
x
SKU:
Subtotal:
Total:
My Quote
Your Quote is empty
Checkout using your account
This form is protected by reCAPTCHA - the Google Privacy Policy and Terms of Service apply.
Checkout as a new customer
Creating an account has many benefits:
NNO Instrument V12 PRO Fiber Cleaver delivers fully automatic cleaving with 0.5° typical angle, 5–24 mm cleave length range, auto blade rotation up to 60,000 cleaves, and support for single, ribbon, and drop fiber cables.
The INNO B-80 is a 16-position replacement blade designed for INNO fiber cleavers including V7, V7+, V10, V11, V12, V17, VF-15, VF-15H, and VF-78 models. Rated for up to 48,000 cleaves, the B-80 replaces the B-77 blade and supports consistent fiber cleaving in installation and maintenance environments.
Sumitomo Type-39 FCM (Micro Core / FastCat) is a core-alignment optical fiber fusion splicer for single-fiber joining work. Uses Direct Core Monitoring (HDCM) loss estimation and dual independent heat-shrink ovens to support splice-and-sleeve workflows in field or bench splicing environments.
Sumitomo Type-71C+ fusion splicer with direct core monitoring delivers fast core alignment, dual-cycle heating, and wireless LAN tools. Includes FC-6RS cleaver, charger, stripper, sleeves, and transport case.
Fujikura FSM-50R12 ribbon fusion splicer delivers fast 12-fiber ribbon splicing with auto arc calibration, rapid sleeve heating, dual-view monitoring, and CT-30 plus HJS-02 tools for precise ribbon preparation.
The INNO Instrument SC-SM-APC-09 is a field-installable SC/APC singlemode splice-on connector supplied in 10 a pack. Designed for fusion splicer termination, the connector houses and protects the fusion splice within the connector body, eliminating separate splice trays. The cleaved and polished ferrule supports repeatable field assembly.
Fluke Networks FI-500TP-EXTS tip adapter enables precise fiber inspection on extended LC bulkhead connectors, compatible with the FI-500 FiberInspector Micro.
The Sumitomo TYPE-72C+ fusion splicer is the latest advancement in fusion splicing technology. With improved performance, reliability, and cutting-edge features, this splicer takes splicing to a whole new level. Building upon the industry-leading features of its predecessor, the TYPE-72C, this compact and lightweight powerhouse offers quick splicing, exceptional durability, and now introduces NanoTune™ technology, revolutionizing the splicing experience with AI algorithms for enhanced efficiency and accuracy. No more costly reworks due to insufficient fiber preparation; the TYPE-72C+ ensures seamless splicing and reduces overall costs. Stay ahead with its Preventive Maintenance feature, which alerts you to upcoming repairs or consumable replacements, minimizing unexpected downtime. With a lightning-fast 5-second splice in Quick Mode and an improved heating time of just 8 seconds, the TYPE-72C+ guarantees swift and efficient performance.
Fluke Networks LinkIQ LIQ-KIT-FTK1475 Cable+Network Tester with Fiber Test Kit – Combines copper cable testing up to 10G with fiber inspection, power measurement, and loss verification. Complete solution for mixed copper/fiber environments.
AFL Noyes M200 OTDR: Your Essential Fiber Testing Tool Key Features:
Fluke Networks SRC-9-SCLCAPCKIT-M single-mode 9 µm test reference cord kit with metal LC/APC connectors, designed for accurate optical loss testing and seamless use with CertiFiber Pro fiber testers.
Fluke Networks SMC-9-SCST launch cable delivers 160m singlemode fiber for accurate OTDR testing, stable network connectivity, and compatibility with OptiFiber units.
Fluke Networks MF1310SOURCE laser light source provides fast, accurate MPO fiber testing with 1310 nm wavelength and simplified polarity validation.
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.