Magnetic Clamping Systems (EN)

Based on the electro-permanent magnetism, the magnetic clamping plates from AMF impress with their high performance, safety, flexibility and efficiency. AMF MAGNETIC CLAMPING TECHNOLOGY - HIGH-PERFORMANCE AND SAFETY Electromagnetic clamping systems were frequently connected with insecurity, unreliability, overheating or also a high need for maintenance. These disturbing characteristics are now a thing of the past. The innovative electro-permanent technology of the AMF magnetic clamping technology with its high-performance characteristics is permanently impressive. Behind it lie many years of experience, comprehensive know-how and the mission of offering customer-oriented solutions. The result is convincing: High-quality square poles, arranged according to the chessboard principle, form the magnetic double cycle. An electromagnetic field is generated through the direct surrounding by pole-reversible permanent magnets on the sides and the magnets below the poles. The square pole plates can be used in a targeted way – externally to magnetise workpieces or internally to separate the magnetic flow from the workpieces again. Activation or deactivation takes place in a fraction of a second. Moreover, a neutral crown allows complete magnetic insulation. THE BENEFITS AT A GLANCE! PRODUCTIVTY > High clamping forces to 384 kN > Easy and quick positioning of the workpiece > Drastic reduction in set-up times > Facilitated interaction with CAD/CAM systems > Improved work sequence > Improved surface quality and tolerances > Material thickness of the magnetic clamping plates from 43 mm SECURITY > Constant and concentrated force > No power consumption during clamping > Ergonomic in operation > No dispersion of magnetic flux > No interference FLEXIBILITY > Repeatability of 0.01 mm > 5-side processing possible > All useful strokes used > Workpieces larger than the table surface are machinable > Simultaneous machining of multiple workpieces side by side > Simplified CNC or FMS programming COST-EFFECTIVE > Limited capital outlay > No maintenance > No modification to the machine > Energy-saving > Reduced wear on tools > High value over time