Fiber Analyzer

The fiber analysis system can provide high-performance spectral attenuation and cutoff wavelength measurement, as well as measure fiber geometry. Measurement of multimode fiber spectral loss within an extended wavelength range through automatic axial emission adjustment, as well as high-speed measurement of single-mode fiber mode field diameter/effective area and multimode fiber numerical aperture. At the same time, the coating geometry and fiber bending performance of the optical fiber can be measured.
Product Description

The fiber analysis system can provide high-performance spectral attenuation and cutoff wavelength measurement, as well as measure fiber geometry. Measurement of multimode fiber spectral loss within an extended wavelength range through automatic axial emission adjustment, as well as high-speed measurement of single-mode fiber mode field diameter/effective area and multimode fiber numerical aperture. At the same time, the coating geometry and fiber bending performance of the optical fiber can be measured.

Product Characteristics

    • This analyzer can measure the performance parameters of optical fibers:
         • Fiber Geometry
         • Cut-off Wavelength 
         • Spectral Attenuation
         • Coating Geometry

    •  Combine geometry and cut-off measurements at one test station
    •  Configure to fit your specific test requirements
    •  Maximize test station throughput 
    •  Customize measurement capability
    •  Integrate with manufacturing information systems

Product Specifications
Items Features Indicator
General Specifications Storage Temperature 0 to 50 °C
Humidity 80% RH, non-condensing
Voltage 100, 120, 220, 240 VAC nominal, + 10%
Frequency 50 Hz or 60 Hz nominal + 5%
Operating Temperature 10 to 40 °C
Specialty Fiber Geometry Specifications / PMF
Core Diameter 0.10 µm
Cladding Diameter 0.02 µm
Core Non-circularity 1.0 %
Cladding Non-circularity 0.1 %
Core/Clad Concentricity 0.05 µm
Coating Geometry Specifications Fiber Types Nominal coating OD 500 µm
Coating Diameter 0.5 µm
Clad/Coating Concentricity 0.5 µm
Coating Non-Circircularity 0.5 %
Measurement Time 20 seconds
Spectral Attenuation Specifications Scanning Range 300 to 1800 nm
Spectral Width 10 nm 2
Accuracy ± 3 nm
Repeatability 1 nm
Wavelength Scanning Speed > 5 wavelengths/second (standard)
Measurement Technique Cutback, stored or direct reference
Measurement Time 25 seconds (80 wavelengths)
Repeatability 0.005 dB RMS
Cut-off Wavelength Specifications Measurement Technique Bend or stored multimode reference
Measurement Time 5 seconds
Fiber Geometry Specifications Measurement Wavelength 850 + 25 nm
Fibers Measured Cladding diameter: 60 to 140 µm
Numerical Aperture (launch and measurement) 0.4
Measurements Core and cladding diameter and non-circularity, core/cladding concentricity
Measurement Time 1 5 seconds
Mode Field Diameter Specifications Wavelength Range 1100 to 1625 nm
Dynamic Range, SNR=1 Repeatability > 36 dB (largest aperture)
Fiber Curl Specifications Applicable Standards Repeatability 1 1.0 % @ 4 m radius
Reproducibility 1 2.5 % @ 4 m radius
Measurement Time 15 seconds
Numerical Aperture Specifications Fiber Types Multimode fibers with NA 0.35
Wavelength 850nm
Dynamic Range, SNR=1 > 26 dB
Repeatability 0.005 dB
Measurement Time 30 seconds
Download

All rights reserved © 2026 Wuhan Hengtu Innovation Technology Co., LTD. Support:Intwho