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Streamline fiber splicing with the UCL Swift KF4A-HDC—5-in-1 functionality for stripping, cleaning, cleaving, splicing, and protecting. Enjoy FSOC compatibility, scratch-free thermal stripping, and easy operation even in tight spaces. Choose your kit and get started—contact us today!

The INNO Instrument A3 is a clad alignment arc fusion splicer designed for single-fiber splicing across SM, MM, DS, and NZDS fiber types. It features a 4.3-inch color LCD touch screen, active 4-motor alignment, and quick 7-second splice time in SM mode. This new kit configuration includes the V1 fiber cleaver and standard accessories for field deployment.

INNO M7 Fusion Splicer + Sumitomo Cleaver: Fast, precise fiber splicing with 130 cycles/battery. Ultra-portable, 4.3” touchscreen, and rugged design!

Fluke Networks FINDFIBER FindFiber Remote ID Source enables fast optical fiber identification when used with a SimpliFiber Pro power meter, allowing single-technician verification of fiber routing and polarity.

Viavi OMK-35 Test Kit: Dual-wavelength optical testing for fiber networks. Lightweight, portable, and efficient for seamless power level & loss measurements.

EXFO FTB-150 OTDR: Rugged, lightweight fiber tester with 4-wavelength capability, fast results, touchscreen ease & 8+ hrs use. Ideal for field pros!

The INNO Instrument VIEW 12R MAX is a 12-fiber ribbon fusion splicer using clad alignment technology and a 5.0-inch full-touch LCD interface. It supports 1–12 fiber splicing for SM, MM, DS, and NZDS fibers with integrated heater and included V12 cleaver kit.

INNO Instrument View 8X is a single-fiber core alignment fusion splicer kit for SM, MM, DS, and NZDS fibers. It features ultrafast splice/heating cycles, a 5.0” full-touch display, automatic arc calibration, and IoT/GPS functions for tracking and device management.

Fujikura 90S+ Fusion Splicer: Fast, precise splicing with 300 cycles. Active core alignment, long battery life, and versatile for all fiber types. Durable & field-ready.

Reference-grade single-mode verification test reference cord designed for use with the CertiFiber™ Max Optical Loss Test Set. This 1 m, 16-fiber Type A cord supports pinned MMC16 testing and uses MMC APC/P to MMC APC/P connectors to verify proper reference setup and measurement accuracy.

The INNO Instrument VIEW 3X is an Active V-Groove Cladding Alignment Fusion Splicer designed for single-fiber splicing across SM, MM, DS, and NZDS fibers. This standard OEM kit includes the V12 cleaver and integrated heater, with embedded IoT, GPS, and View Pro Manager cloud connectivity for project and device management.

The Signal Fire AI-5 is a core alignment, single fiber fusion splicer with 4 motors and an S07 cleaver. Fast 8s splice, 18s heat, portable and field ready.

The Fluke Networks CFM-TRC-S-MPO16U is a CertiFiber™ Max single-mode test reference cord (TRC) kit designed for testing MPO16 pinned fiber configurations. It is used with the CertiFiber Max Optical Loss Test Set (OLTS) to support standards-preferred one-jumper reference measurements.

The Fluke Networks TRC-SM-VERIFY-MMC24P is a reference-grade single-mode verification test reference cord designed for testing pinned MMC 24-fiber cables with the CertiFiber™ Max Optical Loss Test Set. It supports verification that the test reference has been set correctly using reference-quality fiber and connectors.

The INNO Instrument IN-RD-40mm ribbon fiber protection sleeve provides environmental and mechanical protection for ribbon fiber fusion splices. The 40 mm heat-shrink sleeve incorporates a double ceramic rod structure that maintains alignment and rigidity during the shrinking process.

The INNO Instrument OLL-1000-652D-SC-APC is a 1000 m single-mode OTDR launch fiber reel designed for dead-zone elimination in fiber optic testing. The assembly uses G.652D single-mode fiber and SC/APC connectors to support accurate reflectance and insertion-loss measurement when testing optical links with an OTDR.

The INNO Instrument 300-meter Fiber Optic Launch Reel is a  singlemode reference fiber used with optical time domain reflectometers (OTDR) to eliminate near-end dead zones during fiber testing. The reel integrates singlemode fiber with SC/UPC connectors on both ends that enables accurate measurement of connector loss and reflectance.