Magnetic Clamping Systems enable 5-sided machining.
Press Release Summary:
Based on electro-permanent magnets, MAGNOS Clamping Systems require short pulse of electricity to activate and deactivate magnetic field. Poles' quadratic geometry ensures uniform clamping force. Different pole sizes of 32, 50, 75, and 100 mm are available, enabling holding forces to be tailored to requirements. Acting as workpiece support, pole extensions allow user to position different workpieces rapidly and precisely, optimizing capacity of machine.
Original Press Release:
MAGNOS Magnetic - Electro-Permanent Magnetic Clamping System from SCHUNK
SCHUNK Inc. is expanding its workholding product range with several new lines of magnetic clamping. The new lines include a complete line of permanent and electro permanent grinding and EDM magnets, bipolar magnets for holding round bars to cut Key-Ways and Whip Stocks and Radial magnets for VTL's to hold rings, as well as other magnets for special applications.
With MAGNOS, SCHUNK relies on the innovative technology of electro-permanent magnets, which require only a short pulse of electricity to activate and deactivate the magnetic field. A uniform clamping force is possible thanks to the poles' quadratic geometry. Reliable clamping, even during rough machining, is ensured by the high holding forces of the magnets. Different pole sizes of 32, 50, 75, and 100 mm are available, enabling the holding forces to be tailored to individual requirements.
The advantage of magnetic workholding is that it enables five-sided machining with high holding forces, without any interfering clamps or distortion to the workpiece. Pole extensions that act as workpiece support allow the user to position different workpieces rapidly and precisely thus improving the productivity and capacity of the machine.
When combined with the SCHUNK UNILOCK quick-change pallet system, the magnetic clamping plates can be equipped with the UNILOCK clamping pins. Such flexibility in production opens the door to countless possible applications.
