The tilting and swivelling permanent magnetic chuck is designed for precise clamping of ferromagnetic workpieces during grinding operations and machining processes that require controlled angular positioning. The combination of a permanent magnetic system and an adjustable structure allows accurate positioning of the workpiece while maintaining uniform clamping force across the entire magnetic surface.

The magnetic surface is manufactured using alternating steel and copper laminations, a technical solution that optimizes magnetic flux distribution and ensures stable holding even for small or complex-shaped components. This configuration provides uniform clamping and reduces the risk of workpiece deformation during machining.

The tilting mechanism allows precise angular adjustment along the longitudinal axis, while the swivelling base enables rotation of the magnetic plate to facilitate grinding operations on angled surfaces or complex geometries. These features make the magnetic chuck particularly suitable for surface grinding machines, cutting tool manufacturing, precision mechanical components and automotive parts.

The removable operating lever allows quick and safe activation or deactivation of the magnetic field, improving setup efficiency and reducing clamping time. The robust support structure ensures excellent rigidity and stability even during high-precision machining operations.

Thanks to the combination of geometric precision, adjustable positioning and reliable permanent magnetic technology, this tilting magnetic chuck is an ideal solution for precision workshops, grinding departments and quality control laboratories requiring accurate workpiece positioning.