How Dynamic LIBS Spectroscopy Works | Aluminum Alloy Sorting | TOMRA

Our dynamic LIBS solution to sort alloy-based aluminum for direct remelting is revolutionizing the metal industry. Here’s how it works.

TOMRA’s laser-induced breakdown spectroscopy (LIBS) technology is uniquely dynamic, offering various scanning modes for higher precision sorting and long-term operational flexibility.

Dynamic LIBS eliminates the need to downgrade valuable materials from post-production scrap and post-consumer scrap metal streams.

AUTOSORT™ PULSE features our one-of-a-kind dynamic laser system with multiple scanning modes for higher precision sorting of aluminum scrap with less material preparation – even with painted, coated or dusty alloys.

With 3D object scanning and shape recognition, this AI-powered system dissects overlapping and touching objects into individual fractions to boost purity and recovery. What’s more, it can track and analyze objects multiple times for the highest sorting precision.

AUTOSORT™ PULSE features:
3D object scanning
Recognizes shape, height and position of objects on the belt for enhanced detection of aluminum alloys.

AI-based object singulation
Identifies overlapping and adjacent objects for higher throughput sorting without compromising performance

Single-point focus mode
A single-point scan combines multiple spectra for superior detection of painted, coated and dirty materials.

Dynamic Laser System
Developed by TOMRA to enable high belt speed, high throughput, various scanning modes and operational flexibility.

Learn more about AUTOSORT™ PULSE: https://www.tomra.com/en/waste-metal-...

https://tomra.com/autosort-pulse