MAGNET DRIVE

Structure and Performance of the MAGNET DRIVE

1. Traditional conveyor systems use gears or belts for their drive mechanisms, but this can lead to various issues when used in clean room environments. Therefore, we developed a non-contact drive system that can deliver the same performance under similar conditions.
2. By arranging special magnets in a 90-degree configuration, we can change the direction of force transmission non-contactly, allowing for suitable torque in the conveyor system drive while eliminating dust (particles) generated during conventional operation.
3. As the drive shaft rotates, the magnetic fields of the N/S poles on the spiral create alternating attraction and repulsion forces with the permanent magnets on the shaft that supports the conveyor roller, enabling the roller to rotate.

Features of the MAGNET DRIVE

1. Cost Reduction in Manufacturing

   - Compared to traditional gear or belt systems, manufacturing costs and assembly time are significantly reduced, as well as maintenance cycles.

2. Low Noise and High-Speed Operation

   - The non-contact drive mechanism minimizes noise typically caused by friction in the drive components during operation.
   - It allows for high-speed operation of the conveyor system, which is essential for improving productivity, while also preventing damage to components due to noise and heat generated during operation.

3. Compatible with Clean Class Standards

   - Since it operates non-contactly, the MAGNET DRIVE can be used in environments ranging from Class 100 to Class 1000.