The circular permanent magnetic chuck with fine pole pitch and ferrite magnets is designed for precision grinding operations and for stable clamping of ferromagnetic components during machining on machine tools. The fine pole structure ensures uniform magnetic field distribution across the working surface, providing secure and stable holding even for small or thin workpieces.

Thanks to the use of permanent ferrite magnets, the chuck maintains constant magnetization over time and shows high resistance to external demagnetizing fields. This characteristic guarantees reliable clamping force throughout the entire machining process, improving workpiece stability and surface quality.

The fine pole configuration makes the chuck particularly suitable for machining small or thin components typically found in precision grinding operations. However, due to the uniform magnetic field distribution, the system also provides effective performance when holding larger parts.

This magnetic chuck can be used on grinding machines as well as on EDM machines, offering a reliable solution for fast workpiece clamping without the need for mechanical fixtures. The robust structure and stable magnetic field help reduce vibration and deformation during precision machining operations.

The system is designed to operate at temperatures up to 200°C, ensuring reliable performance even under demanding working conditions. Thanks to the combination of precision, reliability and magnetic field stability, this chuck represents an ideal solution for precision engineering workshops, grinding departments and quality control laboratories requiring efficient and highly reliable clamping systems.