80µm Fiber Stripper RS03-80

SS01 have one hole for stripping 250 um cable down to glass fiber.

The 90R16 is a mass fusion splicer capable of splicing up to 16 fiber ribbon cables simultaneously. In previous mass fusion splicer models, the v-grooves could become dirty over time due to debris and glass deposits from splicing accumulating in the v-grooves. Which in turn, could lead to fibre offsets and high losses if they were not regularly cleaned which added to the overall process time. The 90R16 comes with a first of its kind, innovative user replaceable V-groove assembly which makes this issue a thing of the past and is supplied as standard equipment with the 90R16 kit. This new V-groove assembly can be quickly and easily fitted in the field, minimizing downtime and maximising productivity. In addition, the new V-groove design enables splicing of both conventional type 12-fiber encapsulated ribbon and SWR (Spider Web Ribbon) whilst also accommodating 250um and 200um pitch fibers. The 90R16 can also splice single fibers if required. also making use of Active Blade Management Technology, which now can connect to two CT50 cleavers simultaneously. Features

Whether splicing similar fiber types or double clad LDF fibers for high power lasers, the FSM-100M+ splicers provide multiple solutions for diverse production needs. The FSM-100M+ sets the standard for fusion splicing with a multitude of new features designed to make splicing easier.

AFL’s PowerCleave combines the precision of an ultrasonic cleaver with the ease and improved fiber management of the Fujikura fiber holder system. The PowerCleave™ utilizes the tensile stress method to avoid touching or damaging the bare glass surface during cleaving, ensuring highly robust, reliable and durable splice results. The PowerCleave provides consistent flat ends even at cleave lengths as short as 3 mm. Specially designed for use with Fujikura’s specialty market splicers, this advanced cleaving system allows for more reliability and greater splicing consistency with less dependence on operator technique.