• The COMX Fiber Optic Cleaver is engineered for precision, offering a compact and user-friendly solution for a range of cleaving tasks—from fusion splicing to installing quick termination connectors. This cleaver is adept at handling both 250µm coated and 900µm buffered fibers, ensuring precise cleaves across all 125µm multimode or single-mode optical fibers. With a high-precision adjustable blade that supports up to 60,000 cleaves, it delivers a typical cleave angle of 90 degrees. It features a 12-position rotatable and replaceable blade, enhancing its versatility and longevity. The COMX Fiber Optic Cleaver is the ideal tool for professionals seeking accuracy and efficiency in their optical fiber handling.
  • The COMX Fiber Optic Kits are essential for any fiber optic cable installation, providing a comprehensive set of tools tailored for a variety of termination needs. Each kit is equipped with high-quality fiber optic cleavers, fusion splicers, and fiber strippers, designed to handle Pretium, UniCam, multimode, and singlemode fibers with connectors such as SC, ST, FC, and LC. Ideal for use in local area networks, data centers, and office setups, these kits ensure that you have all the necessary tools to clean, cut, inspect, measure, strip, and terminate fiber cables efficiently and with precision, making them indispensable for professionals in the field.
  • The COMX Fiber Optic Cleaver Cutter is an essential tool for precise fiber preparation, designed to handle both 900µm buffered and 250µm coated fibers with ease. This single fiber cleaver excels in its simplicity, offering a quick and straightforward three-step operation ideal for mechanical splicing and field connector applications. It features a leaf spring base with marked measurements, supporting cleave lengths from 2 to 20mm. Equipped with a durable standard carbide blade capable of up to 6000 cleaves, this cutter ensures consistent, high-quality cuts. The COMX Fiber Optic Cleaver Cutter is a reliable choice for professionals seeking precision in a compact and efficient design.
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