Matvision develops modular sorting systems that utilize multi-sensor technology, artificial intelligence, and robotics to enhance the recovery of valuable materials from waste streams. Their solutions address the inefficiencies in recycling processes by providing real-time flow characterization and automated sorting, enabling recyclers to maintain high-quality material outputs.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional recycling processes often struggle with efficiently sorting mixed waste streams, leading to lower recovery rates of valuable materials and reduced purity of recycled outputs. Inaccurate material identification and inefficient sorting techniques limit the economic viability and environmental impact of recycling operations.
Solution
Matvision provides modular sorting systems that leverage multi-sensor technology, artificial intelligence, and robotics to improve material recovery from complex waste streams. Their systems use real-time flow characterization to identify and separate materials based on composition, enabling recyclers to achieve higher-quality outputs. The modular design allows for easy integration into existing facilities, while customizable software and hardware adapt to specific waste streams and sorting requirements. By automating and optimizing the sorting process, Matvision helps recyclers extract more value from waste and maintain high-quality material streams.
Target Audience
Matvision's primary customers are recycling facilities, waste management companies, and organizations seeking to improve the efficiency and effectiveness of their material recovery processes.
Features
- Multi-sensor systems for detecting defects, pollutants, and characterizing waste streams in real-time.
- AI-powered machine learning models fine-tuned for specific material streams.
- Robotic and air ejection systems for automated sorting.
- Modular design for easy transport, installation, and integration into existing facilities.
- Configurable outputs for sorting plastics, metals, alloys, bricks, and other materials.
- Customizable software and automation to adapt to specific processing lines.
- Online and real-time flow characterization for accurate material identification.