Inside the machine is a rapidly turning, star-shaped rotor with a vertical shaft and massive crushing tools. (source: BHS-Sonthofen)
Inside the machine is a rapidly turning, star-shaped rotor with a vertical shaft and massive crushing tools. (source: BHS-Sonthofen)
Source Facility has been operating the Biogrinder at its biogas plant near Chandigarh in the state of Punjab since late 2019. (source: BHS-Sonthofen)
Different textiles have individual spectral characteristics that can be used to classify the fabrics.
Image source: Specim
With the InGaAs-based spectral camera FX17, working in the wavelength range from 900 to 1700 nm, SPECIM offers the perfect solution for a suitable sensor for classifying textiles.
Image source: Specim
Prediction data
Picture of the samples
Essi Vanha-Viitakoski: “Specim´s professionalism and their FX17 hyperspectral camera completely convinced us, so we decided to join forces to push the development of automated systems for textile recycling.”
Image source: Prizztech
Esko Herrala: “A large part of all textiles can be sorted automatically with the help of hyperspectral imaging and a suitable classification algorithm.”
Image source: Specim
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