LiBSense

S2S-LiBSense: High-Precision Sorting for Metals 
The S2S-LiBSense is a state-of-the-art sorting machine that uses Laser-Induced Breakdown Spectroscopy (LIBS) to efficiently separate light metals, such as aluminum alloys, magnesium, and other complex metal mixtures. With real-time elemental analysis, the machine delivers fast and accurate sorting, distinguishing between various alloys with ease. A key advantage of LiBSense MultiSense is its ability to separate up to ten (10) different alloys in a single pass, ensuring high throughput and precision. 

One of its standout features is its capability to differentiate wrought from cast materials, providing clean and high-quality fractions tailored to industry-specific needs. This makes the LiBSense ideal for industries like automotive recycling, electronics waste processing, and aerospace manufacturing, where material purity and accurate alloy separation are critical. 

Key Features: 

• Real-time elemental analysis: Identifies and sorts metals based on their elemental composition. 
• Separates up to ten alloys in one pass, increasing efficiency and reducing operational costs. 
• Precisely distinguishes between wrought and cast metals for improved downstream processing. 
• High accuracy in sorting aluminum alloys, magnesium, and other light metal mixtures. 
• Optional also heavy metal sorting of copper, brass, bronze, zinc etc. 

Ideal For: 

• Aluminum alloy sorting: Ensures accurate identification and separation of various aluminum types. 
• Magnesium separation: Optimizes magnesium sorting from other light metals. 
• Complex light metal sorting: Perfect for industries dealing with mixed material 
• streams. 
• Heavy metal sorting: Copper, Brass, Bronze, Zinc, Stainless Steel etc. 

With the S2S-LiBSense MultiSense, companies can achieve maximum recovery rates, reduce manual sorting efforts, and ensure clean, sorted material streams for further processing. Discover how this advanced technology can elevate your recycling
and manufacturing processes by enhancing efficiency, accuracy, and throughput.