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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.

Advanced EXFO MAX-730C SM OTDR with dual wavelength (1310/1550nm) precision, delivering high-performance fiber optic network diagnostics for telecom professionals and network engineers.

The EXFO MaxTester 730C is a handheld singlemode OTDR configured for 1310 and 1550 nm fiber testing. This unit includes an installed PM-MAX-2X power meter hardware module and RF capability with Wi-Fi and Bluetooth for combined OTDR and power measurement.

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.

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.

The INNO Instrument View 600 OTDR is a modular fiber optic test platform configured with a 1310/1550 nm single-mode OTDR module delivering 36/35 dB dynamic range. This kit includes the V-20 fiber inspection microscope for connector end-face inspection. The View 600 integrates automated SOLA link analysis, optical power meter functionality.

INNO Instrument OLL-500-652D-SC-UPC OTDR launch fiber reel provides a 500 m singlemode fiber link used with optical time domain reflectometers to stabilize launch conditions and support evaluation of fiber connections during installation, verification, and troubleshooting.

INNO Instrument FL-500-SC-APC is a 500 m singlemode OTDR launch fiber reel with SC/APC connectors designed to support fiber optic link testing. The launch fiber provides a buffer distance that allows Optical Time Domain Reflectometers to measure near-end connections and reflectance with improved visibility.

The INNO Instrument TS Pro Thermal Stripper is designed for removing coating and jacket from optic fibers, supporting single fiber up to 12 ribbon fibers. It accommodates coating diameters from 200 μm to 400 μm and provides selectable heating modes with controlled temperature settings.

The INNO Instrument M9+ is a compact core alignment fusion splicer for single fiber SM, MM, DS, and NZDS applications. It features ultrafast splice and heating cycles, a 4.3-inch full touch LCD, automatic arc calibration, and integrated heater in a field-ready kit.

The INNO Instrument FL-300-SC-APC is a 300 m Singlemode launch fiber reel designed for Optical Time Domain Reflectometer (OTDR) testing. It provides a controlled fiber length between the OTDR and the link under test, enabling measurement of the first connector in a fiber span. The reel format protects the fiber during storage and field deployment.

The INNO Instrument FL-100-SC-APC Singlemode OTDR Launch Fiber Reel is a 100 m fiber launch cable designed for optical time domain reflectometer testing. It provides a controlled fiber segment that allows OTDR measurements to stabilize before the first connection in a fiber link.

The INNO Instrument FL-100-SC-UPC is a 100 m singlemode OTDR launch fiber reel designed for fiber optic testing and link characterization. Featuring SC/UPC connectors on both ends, this launch cable acts as a pulse suppressor and delay line that enables Optical Time-Domain Reflectometers (OTDR) to measure insertion loss.

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.

The VeEX FX150 is a handheld optical time domain reflectometer configured with 1310 nm and 1550 nm singlemode wavelengths. The platform is capable of OTDR measurement, event analysis, trace review, and bundled Optical Power Meter (OPM), Optical Light Source, and Visual Fault Locator (VFL) operation for fiber testing workflows.

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.

Laser output is class 3A (around 3~5 mW) Maximum operation distance is 8 km Simple, versatile, and user-friendly design Rugged, compact, and splash proof copper housing Continuous wave output mode for steady fault illumination Pulse mode locates faults under high ambient light Support 2.5mm connectors (for PC/FC/SC/ST) The button switch permits easy one handed operation Handy, pocket pen design 50 hours of continuous operation Requires 2 AAA batteries (not provided)

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 INNO Instrument FL-500-SC-UPC is a 500-meter single-mode fiber optic OTDR launch cable designed for accurate fiber link testing. Built with 9/125 µm OS2 fiber and SC-UPC connectors on both ends, it creates the necessary launch distance to measure insertion loss and reflectance at the first connection point.

The INNO Instrument View 5X is a core alignment fusion splicer designed for single-fiber applications across SM, MM, DS, and NZDS fibers. This kit includes the V12 cleaver, integrated heater, 5.0” touchscreen, IoT & GPS capability, battery, and carrying case.

Fluke Networks OFP-Q-ADD OptiFiber Pro Add-On Kit expands Versiv systems with enterprise-grade OTDR fiber testing for data center and campus networks.