Dust-Proof Fiber Optic Cleaning Kit FTTH Tool Kit S10

Standard size, light weight and reasonable structure. Easy for management and operation.

S400 LDF specialty fusion splicer is a new model with innovative technologies to reach the special splicing needs of factory, manufacturing, laboratory and R&D applications. Users can splice the large diameter fibers (125~500um) with  S400 LDF Specialty Fiber Fusion Splicer. Specifications Model S400LDF Applicable fiber SM(Single mode); MM(Multi mode); DS; NDZS Dimension Weight 2.4KG (including battery) Return loss >60dB Electrode life Typical 3000 times discharge Fiber diameter Cladding diameter:125~500μm Heat-shrinkable tube 60mm、40mm and a series of miniature tube Data storage 10000 groups data records and 100 group images Typical heating time 20seconds (60mm heating tube) Tension test Typical 2N Typical splice time 8-10 seconds Typical splice loss 0.02dB(SM); 0.01dB(MM); 0.04(DS); 0.04(NZDS) Cutting length 8~16mm(Coating diameter

Latest 9-in-1 functions mini OTDR Tester. Cost-effective optical network analysis test equipment, with the features of lightweight, easily useable.

OTDR test extension Cable. Mainly used to make up the OTDR test blind area, the middle of the optical fiber without any fusion joint, small size, light weight, easy to carry.

High precision in cutting High precision in positioning Good wear resistance

Build in VFL and OPM function Indicate the signal direction and power in fiber Efficiently identifies the traffic direction and frequency tone

Equipped with LED lights for easy Interface: SC, FC, ST, available FC-LC converter Mini compact, stable light source, LED lighting, automatic shutdown

The Shenhuo Seiko SH-T301 is a state-of-the-art benchtop system designed specifically for the challenging task of removing Polyimide (PI) coatings from specialty optical fibers. Polyimide coatings are renowned for their thermal stability and chemical resistance, making them notoriously difficult to strip using conventional mechanical or chemical methods, which often result in glass damage or hazardous chemical exposure.