The Fiber Image Analyzer is widely used in textile laboratories, fiber inspection institutions, universities, research centers, quality inspection agencies, and chemical fiber manufacturing enterprises for the analysis of natural fibers, chemical fibers, animal fibers, hollow fibers, and special-shaped fibers.

Fiber Image Analyzer

Model:TDJT533-A1

I. Product Introduction

The Fiber Image Analyzer is a professional microscopic fiber analysis system specially designed for fiber diameter measurement, cross-sectional morphology observation, fiber fineness evaluation, and fiber composition analysis. The system integrates a high-resolution industrial camera, precision optical microscope, intelligent image processing software, and computer analysis technology, enabling fast, accurate, and efficient fiber testing.

II. Applicable Standards

GB/T10685 FZ/T30003 SN/T0756 AATCC20A GB/T 10685 GB/T 20732 GB/T 3364 GB/T 13835.6

III.Product Features

1. Suitable for observing the cross-sectional morphology of various chemical fibers, special-shaped fibers, and hollow fibers, as well as measuring cross-sectional area.

2. Fast measurement speed, simple operation, and effective reduction of human error.

3. After measuring multiple fibers, the software simultaneously displays the diameter, fiber type name, number of measured fibers, average value, standard deviation, CV value, maximum value, and minimum value of the tested fibers. Equipped with professional analysis software, statistical reports can be directly exported in Excel, Word, and other formats for convenient data query and printing.

4. Equipped with a built-in image library of special animal fibers and chemical fiber standard samples, helping laboratory personnel perform comparison analysis and improve fiber identification capability.

IV. Technical Parameters

1. Instrument Structure: Computer, industrial camera, microscope, measurement software

2. Measurement Range: National standard measurement range 1-200μm, instrument measurement range 1-2000μm (configured according to user requirements)

3. Measurement Accuracy: 0.1μm

4. The microscope employs an infinity optical system, providing superior optical performance.

5. Microscope Objectives: 195N achromatic objectives 4×, 10×, 40×, 100× (freely switchable according to testing requirements).

6. Hinged trinocular observation head, inclined at 30°, rotatable 360°, equipped with one 10× eyepiece and one 16× eyepiece.

7. Microscope main body (equipped with a stage featuring a double-layer mechanical moving platform, stage size 140 × 132 mm, moving range 76 × 52 mm; coaxial coarse and fine focusing mechanism with 20 mm coarse adjustment and 0.002 mm fine adjustment; condenser, upper and lower illumination system, and power supply).

8. External switching power supply, input AC90-240V, output DC5V/2A

9. The measurement software has two programs: diameter measurement and cross-sectional area measurement. Inputting the fiber's specific gravity allows for the measurement of the fiber's denier (D number), providing convenience and flexibility.

10. Data correction function allows for automatic calibration of fiber diameter (μm) within the software according to testing requirements.

11. The software's image freeze function retains the measurement marks of the current field of view, significantly improving measurement speed and accuracy.

12. Provides a fiber sample library with over 20 fiber types.

13. Test reports can be exported in multiple formats such as Word, Excel, and PDF for easy storage and retrieval.

14. Included accessories: 1 instruction manual, 1 certificate of conformity, 1 microscope, 1 camera, and 1 fiber slicer.

15. Power Supply: AC220V 50Hz

16. Equipment Dimensions (L×W×H): 240mm×210mm×390mm

17. Weight: 4.5kg

V. Software Functions

The intelligent measurement software provides:

Fiber diameter measurement

Fiber cross-sectional area analysis

Fiber denier calculation

Image capture and freezing

Automatic statistical analysis

Data calibration

Multi-format report export

Fiber image comparison

The software allows users to calibrate fiber diameter according to specific testing requirements, ensuring high measurement flexibility and accuracy.