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Revolutionize Textile Recycling with Multi-Scan Packages

Discover how multi-scan VNIR, NIR, and SWIR hyperspectral imaging can revolutionize your recycling processes. Our latest whitepaper dives deep into the transformative benefits of this advanced imaging technology.
False-color hyperspectral image of cotton

Attention Textile Recycling Professionals!

Unlock the future of textile recycling with cutting-edge technology!

Discover how multi-scan VNIR, NIR, and SWIR hyperspectral imaging can revolutionize your recycling processes. Our latest whitepaper dives deep into the transformative benefits of this advanced imaging technology.

🔍 Key Highlights:

    1. Enhanced Sorting Accuracy: Identify and sort textiles with unprecedented precision, distinguishing between natural and synthetic fibers even in complex blends.
    2. Efficient Contaminant Detection: Detect dyes, chemicals, and foreign materials to ensure the highest quality of recycled textiles.
    3. Improved Process Efficiency: Integrate hyperspectral sensors with automated systems to speed up sorting, reduce labor costs, and improve yield.
    4. Quality Control: Maintain industry standards with continuous monitoring and high-quality output.
    5. Operate at High Speeds: Real-time hyperspectral classification is now possible and allows rapid sorting and grading.

 

🌐 The global textile recycling market is booming, expected to grow from $7.4B in 2022 to $11.1B by 2028. Don’t miss out on staying ahead in this rapidly expanding market!

Two Headwall sensors (MV.C NIR and MV.C VNIR) mounted to the perClass Mira Stage
A false RGB colorization of a NIR hyperspectral into the spectral nature of the different image of swatches of a linen/cotton blend.
Logo for the Headwall Group, which includes Headwall Photonics, inno-spec, Holographix, and perClass.
Headwall, inno-spec, Holographix, and perClass are part of the Headwall Group.
Logo for inno-spec, a Headwall Group company