We turn metals into profits
Since metals like aluminum, steel and copper can be infinitely recyclable without degradation of properties, the recovery and processing of scrap metal is essential for building a sustainable future. Metal recycling reduces primary production, preserving natural resources and drastically reducing energy consumption during the production of new goods.
With an outstanding legacy in metal recovery, our high-performance sorting systems eliminate contamination to meet even the strictest purity and quality requirements worldwide.
Our advanced sorting technology with software intelligence developed in-house can effectively process zorba, e-waste, bottom ash and more.
We help you maximize the recovery of metals - even the smallest fractions.
Select your metal sorting task
Aluminum
We enable the production of green aluminum with high speed and high purity sorting of aluminum from heavy metals.
E-Scrap
We help the world recover complex raw materials from electronic waste through advanced sensor-based sorting technology.
Post Shredder and Non-ferrous Metals
We maximize yields for recyclers with automated systems that recover metals from residue and sort mixed metals into high quality monofractions.
Explore our metal products
AUTOSORT™ PULSE
AUTOSORT™ PULSE redefines industry standards by enabling high-throughput production of alloy scrap fractions to create green aluminum.
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X-TRACT™ for Metal
X-TRACT™ maximizes aluminum recycling and processing with x-ray sorting technology (XRT) that separates aluminum from heavy metals in a single step.
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FINDER™
FINDER™ is the ideal sorting solution to recover non-ferrous metals lost to eddy current separation.
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COMBISENSE™
COMBISENSE™ maximizes the value of non-ferrous metals with color detection and high throughput sorting of zinc grey metals, copper, brass, e-scrap and PCBs.
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Discover more about metal recycling
Products
Discover TOMRA's solutions offer, from sensor-based sorting units and software developed in-house from our team of experts.
Driving resource efficiency with packaging targets
Analysis of EPR schemes shows that creating a trifecta of packaging targets drives resource efficiency. Read more about the second EPR design principle covered in this series: Performance.
What is Extended Producer Responsibility (EPR)?
Learn more about Extended Producer Responsibility: What is it? Why is it important, and what does it mean for manufacturers, and others in the value chain?
