Rotary working electromagnetic chuck with radial pole layout

The Rotary Working Electromagnetic Chuck with Radial Pole Layout is engineered for high-precision rotary grinding, turning, and machining applications. Featuring a radial pole configuration, this electromagnetic chuck ensures uniform and powerful magnetic clamping, maintaining optimal workpiece stability even under high-speed machining conditions. It is particularly suited for circular grinding and rotary surface machining, where a strong, evenly distributed magnetic field is essential for accuracy.

Customizable Design:

To meet diverse machining requirements, the chuck’s outer diameter and pole layout can be customized based on your specific application needs. Whether you require a smaller model for compact machinery or a larger diameter for heavy-duty machining, we provide flexible manufacturing solutions tailored to your requirements. Available also with a T-slot top plate

Magnetic System & Performance:

Unlike permanent magnetic chucks, this electromagnetic system allows for adjustable magnetic force, enabling precise control over clamping strength. The radial pole layout ensures an even magnetic field distribution, reducing the risk of workpiece movement during operation and improving overall machining accuracy. The chuck’s built-in cooling system prevents overheating, ensuring long-term durability and stable performance in continuous machining applications.

Important Parameters:

• Pole Layout: Radial pole structure for uniform magnetic field distribution
• Outer Diameter: Customizable to fit machine specifications
• Magnetic Force: Adjustable for precise control
• Voltage Options: Configurable to match power supply requirements
• Material: High-strength steel construction for durability
• Working Temperature: Designed for stable operation under continuous machining conditions
• Technology: Electromagnet
• Holding force: 120 N/cm²
• Regrinding limit: 8 mm