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  • RIP-200(1784079761942).jpg

(RIP-200)Optical Fiber Refractive Index Analyzer


RIP-200 combines holographic microscopic tomography and enhanced near-field refractive measurement techniques, enabling analysis of refractive index distributions across various optical fiber types. It provides both two-dimensional cross-sectional and three-dimensional axial refractive index profiles to support numerical aperture (NA) calculations, while also measuring geometric parameters of optical fibers.


Application

RIP-200 is designed to analyze refractive index distributions in circular, octagonal, double-clad, and micro structured optical fibers, enabling comprehensive investigation of fabrication processes including manufacturing techniques, tapering procedures, and fusion splicing methods for various optical fiber types.

Features

Specification

Parameter Typical value
Accuracy of optical fiber refractive index measurement        ≤±0.0002
Spatial Precision ≤1μm
Optical fiber diameter 40μm-600μm
Optical fiber Materials Including quartz glass, non-quartz glass, plastics, etc.
Two-dimensional refractive index measurement time (based on the optical fiber end face) < 20s
Precise 360-degree measurement time     < 3min

Testing photography

Splicing analysis

 

 

Test pictures

Refractive index section

 

Test Software Interface

 

Geometric Analysis Template

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(RIP-200)Optical Fiber Refractive Index Analyzer


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