X-ray Fluorescence (XRF) technology is a powerful tool for material sorting and analysis, renowned for its ability to detect elemental compositions with exceptional accuracy. By exposing materials to X-rays, XRF systems cause elements within the materials to emit characteristic fluorescent radiation.
This emitted radiation is then analyzed to determine the precise elemental makeup, enabling the separation of materials based on their chemical composition.
X-ray Fluorescence technology operates by directing X-rays onto the materials being sorted. The energy from the X-rays excites the atoms within the materials, causing them to emit fluorescent radiation specific to each element present. By detecting and analyzing this emitted radiation, the system can identify the exact elemental composition of the materials, allowing for precise sorting. This non-invasive method ensures that materials are sorted accurately without altering their structure or integrity.
Position control: At the conveyor inlet, a separate laser scanning system determines position of the particles on the belt, which is important for later ejection by pneumatic nozzles.
XRF analysis: X-rays are directed to the surface of passing particles and high sensitivity detectors register data of X-ray photons generated by fluorescence and being characteristic for specific elements. XRF technology excels in identifying elements based on their unikue spectral signatures, allowing for highly accurate material sorting by chemical composition.
AI-Enhanced Precision: Advanced AI algorithms process the spectral data in real-time, optimizing sorting decisions and ensuring maximum sorting accuracy.
The integration of AI with XRF technology allows for sophisticated analysis of fluorescence data, enabling the system to adapt to different material conditions and improve accuracy over time. This self-learning capability ensures that the system remains at peak performance, optimizing sorting outcomes in real-time.
