The circular permanent magnetic chuck with AlNiCo V magnets is designed for stable and precise clamping of ferromagnetic workpieces during grinding operations and precision machining on machine tools. The segmented magnetic structure ensures perfectly balanced magnetic force across the entire working surface, providing uniform magnetic field distribution and reliable workpiece holding.

The pole pitch of 13.5 + 4 mm allows balanced distribution of the magnetic flux lines, enabling effective clamping even for small workpieces or parts with limited contact surfaces. This characteristic makes the chuck particularly suitable for precision grinding operations and for die-sinking EDM processes where workpiece stability and surface quality are critical factors.

The use of permanent AlNiCo V magnets provides excellent magnetic stability over time and good resistance to temperature variations. This technology ensures consistent performance even during demanding machining cycles and extended operation periods.

The magnetic chuck structure is designed to provide high rigidity and geometric precision, essential for minimizing vibration and deformation during grinding processes. The clamping surface allows uniform and stable holding of the workpiece, improving dimensional accuracy and surface finish quality.

The chuck can be used on grinding machines and die-sinking EDM machines and is designed to operate at temperatures up to 200°C. Thanks to the combination of magnetic stability, geometric precision and operational reliability, this clamping system represents an ideal solution for precision engineering workshops, grinding departments, tool manufacturers and quality control laboratories.