Z-shaped fiber optic | customized fiber optic

NegotiableUpdate on 10/18

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

Z-shaped optical fiber is a type of optical fiber with different forms, which can be used for transmission functions and combined to form different spectral measurement systems.

Product Details

Product Introduction

Fiber optic series

Our company is capable of designing and producing various customized optical fibers, including anti UV quartz fiber, deep UV quartz fiber, visible glass quartz fiber, near-infrared quartz fiber, mid infrared fiber, etc. We specialize in fiber design to achieve high-throughput characteristics and customize fibers according to customer requirements. In addition, with our company's miniature spectrometer, fiber light source, and other spectral accessories, we can build multiple spectral measurement systems.

Fiber optic band

symbol	band	Instructions
-XSR	190~1100 nm	UV resistant quartz fiber
-DUV	200~1100 nm	Deep ultraviolet quartz fiber
-UV	250~1100 nm	UV quartz fiber
-VIS	380~800 nm	Glass fiber optic
-NIR	360~2500 nm	Near infrared quartz fiber
-IR	2.5~6.0Mm	Infrared fiber optic

Fiber optic connector

symbol	Instructions
-S	SMA905joint
-TA	diameter6.35 mm, made of stainless steel material
-TB	diameter10.0 mm, made of stainless steel material
-FC	FCjoint

Fiber core diameter and number of cores

parameter	indicator
Core diameter (μ m)m）	100、200、400、600、800、1000
core count	1Core2Core7Core19Core21Core, etc

Fiber optic packaging

symbol	Instructions
PVC	Plastic (default)Ø5.3
P4	plasticØ4.0
ST	Stainless steel armor

Fiber optic characteristics and applications

Ø feature

Higher coupling efficiency; Better fatigue resistance performance; Better compatibility with light sources;

Ø application

High energy laser transmission, medical sensing, laser therapy and surgery, optical temperature measurement, spectral analysis

Customized fiber optic

Ø Customize optical fibers according to different application needs of customers, achieve humanization of optical fibers, and facilitate the conduct of experiments.