YS-6 Plus Fiber Fineness Analyzer
Scope of Application
【Operating Instructions】
- A fiber fineness analyzer used for measuring the diameter of animal fibers, chemical fibers, cotton, flax, and other fibers. It provides data on fiber count, average fineness, standard deviation, coefficient of variation, and coarse fiber content. By analyzing the morphology and measuring the diameter of individual fibers in blended products, it can determine the fiber content of various blends, as well as yarn and fabric blend ratios.
YS-6 Plus Fiber Fineness Analyzer
[Scope of Application]A fiber fineness analyzer used for measuring the diameter of animal fibers, chemical fibers, cotton, flax, and other fibers. It provides data on fiber count, average fineness, standard deviation, coefficient of variation, and coarse fiber content. By analyzing the morphology and measuring the diameter of individual fibers in blended products, it can determine the fiber content of various blends, as well as yarn and fabric blend ratios.
[Compliance Standards]
GB/T 10685-2007 (Wool fiber diameter - Projection microscope method)
GB/T 20732-2006 (Fiber diameter optical analyzer)
GB/T 3364-2008 (Carbon fiber diameter and count)
FZ/T 01057.3-2007 (Textile fiber identification - Microscopy)
AATCC 20-2018 (Fiber Qualitative Analysis)
SN/T 3582-2013 (Bast fibers analysis)
FZ/T 20026-2013 (Wool top length and diameter - Optical analyzer)
IWTO-47-2009 (Wool fiber mean diameter - Optical analyzer)
IWTO-8-2011 (Wool fiber diameter distribution - Projection microscope)
ISO 137:2015 (Wool - Fiber diameter - Projection microscope)
GB/T 12412-2007 (Yak down)
GB/T 9998-2006 (Xining wool)
GB/T 18267-2013 (Cashmere)
GB/T 16988-2013 (Special animal fiber and cotton/wool mixtures)
GB/T 16254-2008 (Mohair)
GB/T 13835.6-2009 (Rabbit hair fineness)
GB/T 21977-2008 (Camel hair)
FZ/T 30003-2009 (Linen/cotton blend quantitative analysis - Micro-projection)
FZ/T 32004-2009 (Linen/cotton blend grey yarn)
SN/T 0756-1999 (Import/Export Linen/Cotton blend quantitative analysis - Micro-projection)
SN/T 1062-2010 (Cashmere content in yarns and textiles)
ISO 17751-1:2016(E) (Microscopic quantitative analysis of animal fibers)
FZ/T 01101-2008 (Fiber content determination - Physical method)
AATCC 20A-2018 (Fiber Quantitative Analysis)
FZ/T 50002-1991 (Profile and hollowness of profile fibers)
CNS 2339-1 L3050-1
CAN CGSB-4.2 No.14-2005
JIS L 1030-2:2012 (Quantitative testing of blended fiber products)
TWC-TM24-2009 (Wool fiber diameter - Micro-projection)
ASTM D2013 (Diameter measured by the Projection Microscope Method)
AS 2001.2.1-1988 (Mean Fibre Diameter by Projected Images)
BS 2043-1968 (Wool fibre fineness by projection microscope)
GB/T 10288-2016 (Down and feather testing)
GB/T 20393-2006 (Natural colored cotton analysis - Requires specific optional accessories)
[Instrument Features]
Measurement Range: National Standard range 2 ~ 200 μm; Instrument range 1 ~ 2000 μm.
Data correction function and full sample image archiving.
Data and reports output in EXCEL format; report format and statistics can be customized per user requirements (standards must be provided).
Newly developed personalized interface with customizable observation magnification.
Automatic scale calibration to minimize operational errors.
Dynamic measurement added for diameter and content testing; retains measurement marks in the current field of view, significantly improving speed and accuracy.
Used to observe cross-sectional morphology and measure cross-sectional area of various chemical, profile, and hollow fibers.
Testing of profile degree and hollowness of profile fibers complies with textile industry standards.
Determines fiber content of blended products through cross-sectional morphology analysis and area measurement of individual fibers.
Adopts DMMAIT dynamic measurement marking automatic sensing technology.
New FTUD fiber type user-defined technology allows users to customize fiber types.
Provides a fiber sample image library with over 50 fiber types.
[Microscope Parameters (Domestic)]
Model: MOTIC B1 (0.5x interface, Objectives: 10X, 20X)
[Camera Parameters (including interface)]
Max Resolution: 3840 × 2160
Feature: No decolorization attachment required, enabling direct observation of dark fibers.
Electronic Shutter Speed: 0.02 ms - 15 s
Chip: Sony chip, USB 3.0
Sensor: 1/1.2" target size, 2.9 × 2.9 μm pixel size
Frame Rate: Max 45 fps
[Product Configuration]
Computer: Lenovo Desktop (i5, 8GB RAM, 1TB HDD, 27-inch monitor)
Printer: HP Black & White Laser Printer
