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From Waste to Value: How PICVISA Is Redefining Textile Recycling with AI

Spain’s textile machinery and technology sector is increasingly aligning with global sustainability goals. Industry leaders emphasize that innovation today is not only about efficiency—but also about circularity and responsible production.

Within this landscape, recycling technologies are gaining strategic importance, especially as regulations in Europe push for higher recycled content and waste reduction.

PICVISA: Bringing AI into Textile Waste Sorting

PICVISA has emerged as a leading technology provider in textile waste sorting, leveraging its background in recycling technologies for ceramics and glass.

The company has successfully transferred its expertise into the textile sector, developing advanced systems for both post-consumer and industrial textile waste.

Advanced Technology: AI, NIR, and Smart Classification

At the core of PICVISA’s solutions is a combination of:

  • Near-Infrared (NIR) technology for fiber identification
  • RGB cameras for color recognition
  • Artificial intelligence for pattern and material classification

With a database of millions of textile samples, the system can accurately identify fiber compositions and sort materials in real time.

 

PICVISA-optical-sorting-technology

 

Read more: amec amtex Strengthens Sustainability Vision Through Technical Visit to PICVISA

 

Unlike many competitors, PICVISA analyzes the entire surface of garments, resulting in higher sorting accuracy and better recycling outcomes.

Applications: From Garment Sorting to Footwear Recycling

The company’s technology is applied across multiple areas:

  • Post-consumer textile sorting
  • Industrial waste recycling (cutting scraps and leftovers)
  • Footwear material recovery

These solutions support the development of circular textile systems, particularly in markets where regulatory pressure is increasing.

Challenges and Opportunities in Textile Recycling

While the technology is advanced, challenges remain—particularly in sorting blended fabrics and detecting materials present in low percentages.

However, as global demand for recycled fibers increases, solutions like PICVISA’s are expected to play a key role in transforming textile waste into valuable raw materials.

Conclusion: A Key Player in Circular Textile Transformation

PICVISA represents the future direction of textile processing—where data, automation, and sustainability intersect.

As the industry moves toward circularity, companies that can efficiently recover and classify textile waste will become essential partners in the global supply chain.

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