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Permanent magnet chuck ideal for machining superhard materials.
【Size】87x104x65mm 【Working Area】55x90mm 【Pole Pitch】8mm 【Weight】4.5kg *The stopper is included as a standard accessory and can be attached to either side in the X direction.
[New Release] Super powerful magnet chuck with a simple design.
■Both the stationary type and the pallet type can be compatible with both System 3R and EROWA (additional fees apply). ■Only the pallet type can have a handle attached (additional fees apply). ■A lever and stopper are included. If you have any other questions, please feel free to consult with us.
Reduce setup time with one-touch clamps and consolidate processes by minimizing tool interference!
The MTB magnetic chuck clamps the workpiece at high speed from below with strong magnetic force. Additionally, it has minimal interference with fixtures, allowing for five-sided machining with a single chucking, and can be freely arranged using multiple units to match the machine table.
We can add counterbore holes and keyway machining to the additional processing area according to your specifications.
We have changed the model of the milling magnetic chuck that has been on sale since May 2010 and have started manufacturing and selling it as the MTB series. In milling operations, a strong holding force is necessary because the cutting thrust is not unidirectional. The magnetic poles of the MTB magnetic chuck use powerful neodymium magnets, generating a strong holding force of 6150N. The magnetic flow goes from the N pole to the S pole through the workpiece, making it less likely for chips to stick to the workpiece. Additionally, compared to hand-tightened fixtures that require tool operation, the magnetic chuck only requires simple button operation, contributing to improved work efficiency. Furthermore, since the workpiece is held from below, there is no concern about tool interference, allowing for process integration (top and contour machining). For more details, please contact us or refer to the catalog.
Strong adhesion force 6150N ...but chips are less likely to stick.
In milling processing, a strong adhesive force is required because the cutting thrust is not unidirectional. The magnetic poles use powerful neodymium magnets, generating a strong adhesive force of 6150N. The magnetic field flows through the workpiece from the N pole to the S pole, making it difficult for chips to adhere to the workpiece. For more details, please download the catalog or contact us.
