Spartanburg, SC - AFL announces the launch of its new mid-range cleaver series, both providing high quality cleaving at an economical price. Compact and lightweight, both cleavers are ideal for field installations and mechanical splices.
The CT-10A series fiber cleaver is designed for cleaving single fibers only with average angles of 0.5 degrees. The rugged yet scaled-down design offers a simple, single-step operation and high precision cleaves. An optional scrap collector is available.
The CT-11A single fiber cleaver is specifically designed for angled cleaving applications. Supplied with a factory adjustment to the industry standard of eight degrees, the CT-11A has the ability to cleave up to nine degrees. Rugged and durable, this cleaver is ideal for FTTH installers and others working in harsh environments.
Both cleavers incorporate an easily replaceable blade and cleave 250µm and 900µm fibers. The CT-10A and CT-11A are easy to use, simple to adjust and extremely consistent. For additional information, visit www.aflglobal.com.
AFL is an industry leader in providing fiber optic products, engineering expertise and integrated services to the Electric Utility, Broadband, Telco, OEM, Private Network and Wireless markets. A division of Fujikura Ltd. of Japan, AFL has operations in the U.S., Mexico and Europe.
Request a Quote >
Find a Distributor >
Find a Sales Rep >
Associates spent two days volunteering for Hope Remain Ranch and Habitat ReStore
The inspection system integrates the Varioptic Arctic Variable Focus Liquid Lens designed for applications requiring fast response time and high optical power.
The Fujikura CT-104 tension cleaver is designed for fibers with a cladding diameter of 80 to 600 µm.
The grant supported families affected by Hurricane Matthew along the southeast coast and in the Caribbean.
The OPTIPOP-R family of refillable cassette cleaners includes four models that can be used with common exposed-ferrule connectors, both single fiber and multi-fiber types.
© Copyright 2016 AFL. All Rights Reserved | Sitemap