Our X-ray transmission (XRT) solutions exemplifies our commitment to innovation and efficiency in a variety of material processes.
This advanced technology is designed to differentiate materials based on their atomic density, ensuring the highest levels of sorting accuracy and material purity.
X-Ray transmission
X-ray transmission
How it works
X-ray transmission technology functions by directing X-rays through materials and measuring the intensity of the transmitted rays. Different materials, due to their unique atomic densities, absorb X-rays to varying extents. By analyzing the transmitted rays, our system can distinguish between materials, facilitating precise sorting of valuable components from waste. This process is non-destructive, ensuring that the integrity of the materials is preserved during sorting.
Operating principies
X-ray Transmission (XRT) technology differentiates materials by atomic density as they move along a conveyor belt at speeds of 2-3 m/s. The system handles material sizes from 8 mm to 250 mm and operates with a capacity range of 15 to 450 tons per hour. X-rays pass through the material, and sensors capture the transmitted radiation to create a detailed density profile.
This XRT analysis is carried out in different X-ray energy levels allowing very precise material differentiation for individual pixels and for complete particles.
AI-powered analysis
Our X-ray transmission (XRT) systems, combined with AI-powered analysis, are able to identifying subtle differences in materials that are undetectable to the human eye. Combined with self-learning algorithms, this advanced detection ensures that even the smallest valuable particles are separated efficiently.
