Sortera Technologies uses patented AI and sensor technology to automate the sorting of metal alloys from end-of-life products. This creates high-purity, low-cost recycled metal feedstocks for domestic manufacturing, reducing reliance on imports and supporting a circular economy.
Funding
Funding not disclosed
Founders
Product
Problem
The recycling of metal alloys from end-of-life products is often inefficient, with significant portions being exported for manual sorting. This process leads to increased reliance on foreign imports for domestic manufacturing and higher carbon footprints associated with primary metal production.
Solution
Sortera Technologies employs patented artificial intelligence and advanced sensor technology to automate the sorting of metal alloys from end-of-life products. This enables the creation of high-purity, low-cost metal feedstocks for domestic manufacturing, thereby reducing dependence on foreign sources and supporting a more robust circular economy. Their automated sorting facilities process materials like automotive shredder scrap, transforming them into valuable inputs for industries such as automotive, aerospace, and construction. This approach enhances domestic supply chains, reduces procurement lead times, and contributes to a more sustainable manufacturing ecosystem.
Target Audience
Primary customers include domestic manufacturers in the automotive, aerospace, and construction sectors seeking high-quality, reliably sourced metal alloys. The company also serves the broader industrial scrap metal recycling industry.
Features
- Patented AI-driven sensor sorting technology for precise identification and separation of metal alloys.
- Automated processing of end-of-life scrap, including automotive shredder material.
- Production of specification-grade aluminum alloys: Cast (319, 380, 383, 360, 390), Extrusion, and Sheet.
- Capability to upgrade feedstock streams and remove contaminants to produce high-purity recycled materials.
- Focus on enabling domestic manufacturing by providing reliable, high-quality metal feedstocks.
- Supports the circular economy by displacing high-carbon primary metal units with upcycled materials.
- Energy-efficient processing with significantly lower greenhouse gas emissions compared to primary production.