Matvision
From waste to resources
Industry
Artificial Intelligence & Analytics
Market focus
B2B
Current stage
Growth & Scale
Links

From the portfolio of:

About us

Matvision is an innovation-driven deep-tech company reshaping how the world recovers resources from waste. Founded as a spin-off of the University of Liège and based in Liège, Belgium, Matvision builds on more than a decade of cutting-edge academic and industrial research in sensor-based sorting to deliver breakthrough solutions to the recycling industry.At the core of Matvision’s technology is the ability to identify and separate complex materials in a single pass with an unprecedented level of precision. By combining advanced multi-sensor detection, data fusion, artificial intelligence and robotic sorting, Matvision enables the simultaneous extraction of multiple high-value material streams from highly heterogeneous and contaminated waste. This radically improves purity, yield and overall process efficiency compared to traditional sequential sorting approaches.Matvision’s systems are designed to be modular, scalable and industrial-grade, allowing them to adapt precisely to the needs of each operator. From characterization units to full industrial lines, the solutions address demanding streams such as non-ferrous metals, plastics, batteries, WEEE and automotive shredder residues. This flexibility allows recyclers to deploy advanced technology step by step, control risk and maximize return on investment while increasing operational performance.Beyond technical performance, Matvision tackles a structural challenge of the circular economy: the massive export of recyclable materials and the growing regulatory push to recycle locally. By enabling high-quality local recovery, Matvision helps close material loops, reduce transport-related emissions, secure access to critical raw materials and strengthen regional industrial resilience.Matvision’s ambition goes beyond optimizing recycling processes. The company positions waste as a strategic resource and sorting as a cornerstone industrial infrastructure for a circular and sovereign economy. By bridging academic excellen...

Our content

No items found.