
ARBIZ Corporation is pioneering aluminium scrap recycling in Japan - with the use of high-performing, LIBS-based advanced technology designed by Austin AI
Discover how ARBIZ, Japan’s leading automotive shredder residue recycler, uses Austin AI’s LIBS technology to achieve high-purity aluminum alloy sorting. The result: efficient, ready-to-melt recycling that supports a more sustainable and circular aluminum industry.

Speed Sorter Case Study
Discover how H Ripley & Co. uses Austin AI’s LIBS sorting technology to recover high-purity 6063 aluminum from mixed scrap. The result: melt-ready material, lower carbon emissions, reduced energy use, and greater value from recycled aluminum.

Laser-based sensor sorters (LIBS*) are gaining significant attention within the aluminium recycling and processing industry.
LIBS sensor sorting is transforming aluminum recycling by enabling near-100% pure alloy separation at industrial scale. Discover how Austin AI’s patented technology helps recyclers reduce energy use, cut emissions, and produce ready-to-melt material.

LIBS – THE FINAL STEP TO LOWERING THE CARBON FOOTPRINT IN SCRAP METAL SORTING
LIBS technology enables alloy-specific aluminum sorting with over 95% purity, reducing energy use, blending requirements, and carbon emissions. Austin AI’s sensor sorters help recyclers create ready-to-melt material for a more sustainable aluminum industry.

The World’s First Automated LIBS Based Sensor Sorter for Used Automotive Wheels
Austin AI’s automated LIBS WheelSorter sorts aluminum wheels by alloy chemistry at industrial scale. The system delivers up to 10× higher throughput than manual sorting while reducing energy use, melting costs, and alloying requirements.