Magnetic sensor technology offers a robust solution for sorting and detecting materials with magnetic properties. These sensors identify ferromagnetic, ferrimagnetic, diamagnetic and paramagnetic materials, allowing for the efficient separation of metal from non-metal components.
Magnetic sensors are particularly valuable in industries such as recycling, mining and metal processing where precise separation of metals is essential for product quality and resource recovery.
Magnetic sensors function by detecting the magnetic properties of materials as they move along a conveyor belt. When material with specific magnetic property passes through the system, the sensors generate magnetic fields with different frequencies and register response from the passing material, allowing identification of its properties. The system can then trigger an air nozzle to separate these materials to the defined groups. This non-destructive process ensures that materials are efficiently separated without altering their structure or quality.
Magnetic properties analysis: Different frequency magnetic
fields are directed to the surface of passing particles and high
resolution sensors register intensity and pattern of induced
magnetic field from the material surface. In addition, the laser
system registers position of particles for precise ejection by
pneumatic nozzles.
Magnetism-Based Sorting: By identifying materials with
magnetic properties, our magnetic sensors achieve high
accuracy in sorting magnetic and non-magnetic materials.
AI-Enhanced Efficiency: With AI algorithms analyzing
magnetic data in real-time, the system optimizes sorting
decisions and boosts throughput.
Our magnetic sensor systems are equipped with AI technology to analyze magnetic properties in real-time, providing enhanced sorting accuracy and efficiency. This self-learning capability adapts to variations in material composition, ensuring that the system performs reliably across different sorting conditions.
