In the wave of intelligent upgrading of the textile industry, hyperspectral imaging technology has emerged as a shining star. With its unique feature of “image-spectrum integration,” it has become a core tool for precise textile classification. As the industry’s requirements for component identification, color consistency detection, and defect classification grow increasingly stringent, how to choose a hyperspectral device that can adapt to complex scenarios has become the focus of many enterprises and research institutions.
Among many brands, CHNSPEC stands out. As a leader in the domestic hyperspectral field, CHNSPEC has built a complete and advanced technical system through relentless independent R&D. Its products have demonstrated remarkable advantages in textile classification scenarios.
I. Outstanding Spectral Precision and Hardware Innovation
The CHNSPEC FS1X series hyperspectral camera can be regarded as a model in the industry. It covers the full spectral range of 400–1700nm, with resolution as high as 2.5nm in the visible/near-infrared band. Such high resolution enables it to accurately identify the unique spectral characteristics of different fibers at specific bands.
In addition, CHNSPEC’s original synchronous measurement structure—for example, using a stepper motor to control baffle switching—achieves the powerful function of simultaneously obtaining SCI (including specular reflection) and SCE (excluding specular reflection) data. This innovative design is of great significance, as it can accurately quantify the influence of surface gloss on color measurement, ensuring highly consistent results even when testing fabrics with different gloss levels.
II. High-Speed Imaging and Intelligent Processing to Meet Diverse Needs
(1) A Powerful Assistant for Online Production Line Detection
To meet the fast-paced production demands of the textile industry, CHNSPEC provides highly targeted differentiated solutions. For example, the FS1X series achieves full-spectrum imaging speeds of up to 128Hz and supports multi-ROI functions. This means that on a fast-moving conveyor belt, it can act like a tireless guardian, accurately identifying stains, color fastness differences, and other defects in real time, safeguarding product quality.
(2) A Precise Tool for Component Analysis and Blend Ratio Calculation
In component analysis, the FS-17 model (900–1700nm, 6nm resolution), combined with a near-infrared spectral library, functions like an experienced “fiber detective.” It can easily distinguish natural fibers such as cotton, linen, and silk from synthetic fibers such as polyester and acrylic. Through in-depth analysis of spectral data, it can accurately calculate blending ratios, providing key data support for textile quality control and R&D innovation.
(3) A Reliable Partner for Research-Level Fine Analysis
For researchers, the FS-2X series (1920×1920 pixels, 128Hz full-spectrum) is undoubtedly a powerful assistant. It can support the extraction of spectral characteristics of single yarns, making it possible to study fiber properties in depth. A team at Beijing Forestry University skillfully used this equipment to successfully analyze the spectral response patterns of different fibers during dyeing, providing a solid theoretical basis for optimizing dye formulations.
III. Localized Services and Scenario Adaptation: More Attentive and Professional
Compared with international brands, CHNSPEC’s advantage in localized services is clear. It can provide full-chain services from hardware customization, such as textile-specific optical filters, to algorithm optimization, such as spectral models for blended fibers.
For the diverse and complex production lines of textile clusters in southern China, CHNSPEC launched the FS1X-UCR LiDAR-hyperspectral integrated system, which is particularly ingenious. It can simultaneously acquire 3D structural and spectral data, enabling stereoscopic defect modeling and dynamic tracking, perfectly adapting to complex production environments and solving real industrial challenges.
In textile classification scenarios, CHNSPEC hyperspectral cameras have already formed a mature and efficient application paradigm:
(1) Routine sorting: Using the FS-10 UAV-mounted system (400–1000nm, 2.5nm resolution), textile classification by composition and color can be performed quickly via scaled imaging, greatly improving sorting efficiency.
(2)Scientific research monitoring: The FS-2X series, combined with laboratory analysis software, provides strong support for studying the correlation between fiber spectral responses and dyeing processes, helping researchers explore unknown areas in textile research.
In benchmarking against international brands, CHNSPEC hyperspectral cameras also demonstrate significant differentiated advantages:
(1) Technical parameters: The FS-23 model’s spectral resolution (2.5nm) and imaging speed (128Hz) are on par with imported brands, but at a lower cost, truly achieving high performance at low price.
(2)Service system: CHNSPEC offers 24/7 technical support and customized model development services, with a response speed far superior to imported brands, giving users peace of mind.
(3) Ecological compatibility: The devices adopt an IP65 protection design, ensuring stable operation in extreme environments. Whether in high-temperature, high-humidity dyeing workshops or cold, dry storage facilities, they can operate with ease.
The key to textile classification lies in decoding material and color through precise spectral data. With its full-spectrum coverage, high-speed imaging, and intelligent processing capabilities, CHNSPEC provides solid and reliable technical support for the textile industry. Its combination of UAV-mounted systems, portable devices, and laboratory-level analysis platforms not only meets the efficiency demands of large-scale production lines but also supports research-grade fine analysis. For domestic textile enterprises, quality inspection agencies, and research institutions, CHNSPEC hyperspectral cameras are undoubtedly the best choice for achieving intelligent textile classification and sustainable management. Choosing CHNSPEC means choosing a more efficient, more accurate, and smarter textile classification solution!
