Can Slewing suction cups maintain table accuracy during magnetization and demagnetization?

In the field of precision machining, the fixing tool of the workpiece directly affects the machining accuracy and effect. As an efficient workpiece fixing tool, Slewing suction cups are widely used in equipment such as surface grinders, EDM machines, engraving machines and wire cutting machines. A common question is: Can the rotating suction cup maintain table accuracy during magnetization and demagnetization?

Slewing suction cups provide uniform and strong magnetic force to firmly adsorb workpieces through internal magnetic pole arrangement and fine pitch design. Its unique design allows for rapid magnetization and demagnetization operations without changing the height and position of the table. A key point of this design is that its magnetic system can remain stable during magnetization and demagnetization, ensuring that the flatness and accuracy of the table are not affected.

During the magnetization process, Slewing suction cups pass current into the magnetic poles to generate magnetic force to fix the workpiece. High-quality rotating suction cups are designed with uniform magnetic force distribution and magnetic pole spacing in mind, so that the entire table remains flat after magnetization. In addition, the rotating suction cup adopts high-precision processing technology to ensure its own flatness and surface quality. This means that during the magnetization process, even if the magnetic force changes, the mechanical accuracy of the table itself remains unchanged, thus ensuring the machining accuracy of the workpiece.

The demagnetization process is to gradually reduce the current on the magnetic pole until the magnetic force disappears completely, so that the workpiece is loosened. In this process, the design of the Slewing suction cups also plays a key role. Through the fine magnetic force control technology, the demagnetization process can be carried out smoothly, avoiding the influence of abrupt magnetic force changes on the flatness of the table.

During the demagnetization process of the high-quality rotating suction cup, the gradual attenuation of the magnetic force is uniform and controllable. This uniform demagnetization process can prevent the workpiece from being displaced or falling due to uneven magnetic force when it is loosened, thereby ensuring the safety of the workpiece and the flatness of the table.

A large number of experiments and practical applications have shown that high-quality Slewing suction cups can effectively maintain the flatness and accuracy of the table during magnetization and demagnetization. For example, during high-precision surface grinding, the slewing suction cup can maintain the stability and machining accuracy of the workpiece even during frequent magnetization and demagnetization operations. This not only improves machining efficiency, but also ensures the consistency of product quality.

The ability of slewing suction cups to maintain table accuracy during magnetization and demagnetization gives them significant advantages in precision machining. First, the operation is simple and there is no need to frequently adjust the position of the workpiece, which improves work efficiency. Secondly, the accuracy is stable, ensuring high-quality machining results. Finally, the wide applicability and long-term reliability make it an important tool in the field of precision machining.