Sorting systems for aluminum
Aluminum is a continuously recyclable material, requiring only 5 percent of the energy used to produce primary aluminum. As industries focus on sustainable manufacturing and CO2 emissions, the global demand for recycled aluminum continues to surge. European automotive and construction sectors lead the way, with recycling rates above 90 percent.
TOMRA is a global leader in aluminum recycling and processing with a long-standing legacy in outstanding sorting performance. Our high-performance sorting equipment efficiently separates aluminum and aluminum alloys from heavy metals.
Whether sorting cast, wrought, sheet, Taint Tabor or producing furnace-ready aluminum twitch, our in-house developed sensors and software deliver exceptional sorting results.
Magnesium & Superlights
Removal of aluminum compounds and plastic compounds for furnace-ready aluminum is also automated with our high sensitivity sensor for advanced detection of super low-density objects. What’s more, you benefit from high-grade purification of aluminum scrap thanks to advanced area processing software developed in-house by our metal sorting experts.
Aluminum sorting
With our exclusive software features that provide accuracy sorting and data-driven decision making, cleaning aluminum fractions is fully automated and delivers consistently high-quality products. You benefit from operational flexibility to sort multiple application and grain sizes and reliable, long-term performance.
Smelters
Thanks to advanced x-ray transmission (XRT) technology, our sorting units use atomic density to detect any remaining contaminants, including fines as small as 5mm. Foundries and smelters also benefit from our ultra-high sensitivity sensor that provides unrivaled separation of magnesium and aluminum alloys.
Aluminum sorting machines
AUTOSORT™ PULSE
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Dynamic LIBS technology
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High throughput alloy sorting
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3D object scanning & shape recognition
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Single-point scan for sharper detection
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AI-based detection of overlapping objects
X-TRACT™ for Metal
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High throughput sorting up to 3.8 m/s
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Extended lifetime & enhanced stability
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New generation DUOLINE™ sensor
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Enhanced software intelligence
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High operational flexibility
GAINnext™
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AI waste sorting
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Identifies hard-to-classify objects
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Enables new material streams
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Automates manual sorting
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Wide application ecosystem