Magnets Suction Cups

Operating Principle:

The Shanghai Tap Pool QPC electromagnet permanent magnet quick clamping magnetic chuck system includes a series of independent square poles arranged in a checkerboard pattern, capable of switching N/S, which flow magnetic lines across numerous magnetic gap grids in the horizontal plane area, generating high cohesiveness.

Electricity is used for only a few seconds during the magnetizing (MAG activation) and demagnetizing (DEMAG release) stages. During the processing, the workpiece is held in place solely by the force generated from the high-energy permanent magnet, irrespective of the cutting force direction and without limitation by the workpiece thickness.

Product Advantages:

Tight clamping force:

Even advanced machine tools often fail to operate at full capacity due to the limitations of traditional clamping systems.

In fact, when using a vise and clamping boards to hold workpieces for the intended processing, the workpieces are always constrained, necessitating multiple positioning and clamping operations to complete the entire process, which severely impacts production efficiency.

The Shanghai Tower Pool QPC Quick Clamping System allows workpieces to be positioned on the magnetic template surface, serving both as a mechanical datum and as a clamping area.

The clamping force is evenly distributed over the entire contact surface, ensuring no deformation of the workpiece, maintaining an open state, and allowing for the completion of 5-sided machining in a single clamping.

Safety Performance:

Each pole of the MQC quick mold change system is an independent magnetic region. The steel core, combined with a high-energy permanent magnet (AlNiCo + AlFeB) encircling it on all five sides, ensures a concentrated and enduring magnetic force (MMF).

Electromagnetic permanent magnet technology inherently possesses safety due to the clamping force always originating from the magnetic field of the magnetic material.

Electricity is used only during the magnetization and demagnetization processes.

No electrical power required during operation

Safety key prevents accidental operation and demagnetization.

Strong clamping force is evenly distributed across the entire surface of the workpiece, exhibiting a linear growth relationship with the contact surface, and remains constant throughout the machining process.

Floating Magnetic Pad

A floating magnetic pad is an innovative and unique technical solution for clamping workpieces with irregular or curved surfaces.

The Shanghai Ta Chi Magnetic盈QPC Quick Clamping System's magnetic circuit generates strong suction even for magnetic pads of greater heights. The flexible magnetic base can automatically adjust the workpiece being clamped, ensuring stability without deformation.

The standard configuration includes three fixed magnetic pads and an adequate amount of floating magnetic pads, securely mounted on the magnetic pole to ensure a good contact surface with the workpiece.

Once the magnetic pad is fully clamped to the bottom of the workpiece, the strong magnetic flow tightens the pad, forming an integral and rock-solid assembly with the workpiece.