AMF - Magnetic Clamping Systems for Machining
AMF's magnetic clamping systems offer a revolutionary approach to machining with their innovative electropermanent technology. This system employs a unique force of magnetic fields to ensure full accessibility of workpiece surfaces, enabling machining from five sides with unmatched precision. High-quality square poles arranged in a chequerboard pattern create a powerful and safe magnetic dual cycle. This setup not only enhances surface quality but also optimizes processing times, contributing to significant efficiency improvements. The modular design of the system ensures easy adaptation for various applications, allowing it to handle complex milling operations as well as high-speed machining effectively. With its historical expertise, AMF has overcome the challenges of previous electromagnetic systems, ensuring reliability and safety in all machining processes.
This innovative technology from AMF is based on the force of the magnetic field. This opens up new possibilities that make all surfaces fully accessible for the machining of a workpiece even at constant tension.
High-quality square poles in the chequerboard pattern generate the magnetic dual cycle of electropermanent technology. Our powerful magnetic clamping systems result in better surface quality and more precision.
With safety and reliability they also improve the efficiency in the entire process.
Safe, reliable, efficient
Magnetic clamping technology from AMF
- Very high clamping force: up to 384 kN
- machining on 5 sides possible
- Drastic reduction of set-up time
- Repetition accuracy of 0.01 mm
- Fast interaction with CAD/CAM systems
Fully developed technology for easy machining on 5 sides
Through the know-how and many years of experience of AMF experts the weaknesses of earlier electromagnetic clamping systems are very much a thing of the past. The innovative electropermanent AMF magnetic clamping technology achieves perfection without limitation.
The handling is easy and fast and the successes in application are convincing. After all, the optimisation of processes and the reduction of processing times increase efficiency significantly. With its manifold application possibilities and modular design the system impressively carries out difficult milling operations just as efficiently and safely as a machining process in the high-speed range (HSC).