The MicroMet precision magnetic parallels are designed to transfer the magnetic field from a permanent magnet or magnetic chuck to the workpiece, allowing stable and secure positioning of ferromagnetic components during machining and dimensional inspection operations. The laminated steel and copper construction optimizes the magnetic circuit and ensures an even distribution of magnetic flux across the contact surfaces.

Thanks to the alternating steel and copper structure, the parallels act as magnetic transfer elements that allow the workpiece to be elevated above the magnetic surface while maintaining the holding force. This configuration improves accessibility to the workpiece during machining operations and enables grinding, light milling and dimensional inspection with higher stability and precision.

The contact surfaces are precision ground to guarantee excellent parallelism and flatness, which are essential for accurate machining and measurement processes. The rigid structure minimizes vibrations and micro-movements of the workpiece, improving machining quality and repeatability of dimensional inspections.

MicroMet magnetic parallels are widely used in grinding departments, precision machining workshops and quality control laboratories where ferromagnetic components must be positioned on magnetic chucks while maintaining high stability and geometric accuracy. Used individually or in pairs, they allow the workpiece to be supported above the working surface while maintaining effective magnetic force transmission.

The combination of geometric precision, robust construction and optimized magnetic flux transfer makes these parallels a reliable solution for improving machining efficiency and measurement accuracy in machine tool environments.