Purpose:

Fiber fineness analyzer: used for measuring the diameter of animal fibers, chemical fibers, cotton and linen fibers, etc. It can obtain the number of fibers, average fiber fineness, standard deviation, coefficient of variation, and roughness. By analyzing the morphology and diameter measurement of individual fibers in blended products, the fiber content, yarn blending content, and fabric blending content of various blended products can be obtained.

Chemical fiber irregularity software: used for measuring parameters such as chemical fiber irregularity, hollow degree, perimeter coefficient, contour length, angle, etc

Compliant with standards

GB/T 10685-2007 "Wool Fiber Diameter Test Method - Projection Microscope Method"

GB/T 20732-2006 Fiber Diameter Optical Analyzer

GB/T 3364-2008 "Test Method for Diameter and Number of Carbon Fibers"

FZ/T 01057.3-2007 "Experimental Methods for Identification of Textile Fibers Part 3: Microscopic Method"

AATCC 20-2013 "Qualitative Analysis of Fibers"

IWTO-47-2009 "Provisions for the Method of Measuring the Average Diameter and Distribution of Wool Fibers by Optical Fiber Diameter Analyzer"

IWTO-8-2004 "Method for determining the diameter distribution of wool fibers and the percentage of myelination of wool and other animal fibers using a microscope projector"

ISO 137: 2015 "Wool - Determination of Fiber Diameter - Projection Microscopy Method"

GB/T 12412-2007 "Yak Velvet"

GB/T 9998-2006 "Xining Hair"

GB/T 18267-2013 "Cashmere"

GB/T 16988-2013 "Determination of Content of Special Animal Fibers and Cotton Wool Mixtures"

GB/T 16254-2008 "Sea Hair"

GB/T 13835.6-2009 "Test Method for Fineness of Rabbit Hair Fiber"

GB/T21977-2008 Camel Velvet

FZ/T 30003-2009 "Quantitative Analysis Method for Hemp Cotton Blended Products - Microscopic Projection Method"

FZ/T 32004-2009 "Linen Cotton Blended Natural Color Yarn"

SN/T 0756-1999 "Quantitative Analysis Method for Import and Export Hemp/Cotton Blended Products - Microscopic Projector Method"

ISO 17751-1:2016 (E) "Method for quantitative analysis of animal fibers by microscope - Cashmere, wool, other animal hairs and their mixtures"

FZ/T 01101-2008 "Physical Method for Determination of Fiber Content in Textiles"

AATCC 20A-2014 "Regulations for Quantitative Analysis of Fibers"

FZ/T 50002-1991 Testing the Heterogeneity and Hollow Degree of Heterogeneous Fibers

FZ/T 50002-2013 "Test Method for Heterogeneity of Chemical Fibers"

Functional Features

*1.National standard measurement range2~ 200μm,Instrument measurement range1~ 2000μm；

2.Data correction function, full sample image archiving function;

*3.Data and reportsEXCELThe output, report format, and statistical methods can be changed according to user requirements (standards need to be provided),

4.Newly developed personalized interface, customizable observation multiplier;

*5.Automatically calibrate the ruler to minimize operational errors;

6.The diameter experiment and content experiment add dynamic measurement, which can retain the measurement mark of the current field of view, greatly improving the measurement speed and accuracy;

7.Used to observe the cross-sectional morphology and measure the cross-sectional area of various chemical fibers, irregular fibers, and hollow fibers;

8.Testing the heteromorphism and hollow degree of the irregular fibers to meet the standards of the textile industry;

9.By analyzing the cross-sectional morphology and measuring the area of individual fibers in blended products, the fiber content of various blended products can be obtained;

*10. Adopting DMMAIT dynamic measurement marking automatic sensing technology

*11. The new FTUD fiber type user-defined technology allows users to customize fiber types

*12. Provide a fiber sample library with over 50 types of fibers.

13. Suitable for various ordinary and irregular synthetic fibers, mainly analyzing the cross-sectional shape characteristics of fibers, providing reliable guarantee for enterprises to monitor the forming quality of synthetic fibers;

14. At present, it is quite difficult to manually detect the cross-sectional shape of irregular synthetic fibers. CU-YXD can directly detect key parameters that describe the cross-sectional shape of synthetic fibers, such as irregularity and hollowness. Having several basic geometric parameters that can be directly measured, it facilitates users to consider fiber cross-sectional characteristics from more perspectives, providing a new tool for detection and scientific research work;

15. The intuitive image detection method provides flexible measurement tools, allowing users to easily complete high-precision and large-scale detection tasks, making the previously difficult measurement of irregular fiber morphology a daily inspection item;

16. Samples can be directly prepared for measurement, or images can be used for measurement;

Metrological certification:

The micrometer must be accompanied by a test report provided by the Chinese Academy of Metrology and a calibration certificate from the National Textile Metrology Station of China;

Microscope parameters

Microscope parameters (Olympus BX43) (imported)

Research grade upright microscope

1 research grade upright microscope, capable of observing bright fields

2 Optical System: UIS2 infinity correction optical system, lens made of environmentally friendly lead-free glass material.

3 Focusing: The vertical movement distance of the stage should not be less than 25mm, with a focusing coarse adjustment upper limit stop position, adjustable coarse adjustment knob torque, and a minimum fine adjustment scale unit of ≤ 1 micron

4 Observation tube: Wide field of view three lens tube, tilt angle of 30 °

5 Lighting fixtures: Internal transmission light Kohler lighting fixture, 6V30W halogen lamp, light quantity pre adjustment switch, light intensity LED indicator light, daylight balance filter

6 Objective lens: flat field achromatic objective lens

4X（N.A. 0.1，W.D. 18.5mm）

10X（N.A. 0.25，W.D. 10.5mm）

20X（N.A. 0.4，W.D. 12mm）

40X（N.A. 0.65，W.D. 0.6mm spring）

7-stage stage: a high wear resistant ceramic covered stage with a coaxial drive selector button in the low position of the right hand.

8 Eyepieces: 10X wide field eyepiece with 22 fields of view;

9-hole objective lens converter: Five hole objective lens converter

10 spotlight: Abbe spotlight, N.A.≥1.1

Camera parameters

PanasonicCP750
1. High definition picture quality: 700 lines
2. High sensitivity day night conversion function: 0.08Lux (color mode); 0.008Lux (black and white mode).
3. Electronic sensitivity improvement: automatic (up to 32 times); Manual (up to 512 times)
4. The electronic shutter speed ranges from 1/50 second to 1/120000 second
5. Mist compensation: Clear images can be obtained in foggy weather.
6. Chinese menu