As one of the most efficiency workholding tools for metal parts/workpieces, Jumper Magnetics’ prouducts are mainly used in metal cutting industry like milling, grinding, turning, drilling, engraving, edm machining and other workholding applications.
The magnetic workholdings could ensure high accurancy, multi-side machining at a single set up, less distortion, no power supply and other advantages…
We are also looking forward to find fixture solutions for you with our knowledge in magnetic field…
Thanks to magnetic holding technology, gripping of heavy load parts are more and more easy. The magnetic gripper APEM series could be used to realize 360 degree overturn and moving for robot arm and automation line. Followed with “Industry 4.0” trend, it would be more and more widely applied to intelligent plant in the near future.
The IPEM series is regarded as one of best assistant molding change tools for injection molding machine. It saves 90% mold change time, convinient to operate, don’t need power supply during working, less deformation….
It contains two platens and controller system and very easy to install even when you first use it.
Magnetic lifting systems, includes manual lifting magnets and Permanent-electro magnetic lifters could be suitable for lifting and moving of steel sheets, plates, coils, tubes, blocks……
Permanent lifting force makes it much more safer than traditional clamping systems. Besides, it only need one contact surface to hold the steels, makes its flexible to used in various clamping situation.
Rail steels have unflat machining surface, that’s why its hard to produce with other workholding tools.
Whild our RPEM series product could help to solve this problem. It’s perfect suitable for curved surface with the help of special pole extensions. Multi RPEM could be used together to processing a long rail up to 12 m or even longer.
Large frame fixturing and machining happens a lot in shipbuilding industry. Due to PEM chuck’s flexible and efficient property, it could be used to clamp the large part or frames in less deformation.