Wave W-shaped Poles grinding heavy-duty electromagnetic chuck

The Wave W-Shaped Poles Heavy-Duty Electromagnetic Chuck is engineered for precision grinding and heavy-duty machining, offering a powerful and uniform clamping force for large workpieces. The unique W-shaped pole design enhances the electromagnetic field, ensuring superior workpiece stability and minimizing deformation during grinding or milling operations. It is ideal for industrial grinding, milling, and heavy machining applications, delivering reliable performance even under extreme loads.

Customizable Dimensions and Features:

This electromagnetic chuck is fully customizable to accommodate various workpiece sizes. Both length and width can be tailored to fit specific machine setups. The magnetic force can be adjusted using a variable power supply unit, allowing operators to fine-tune the clamping force for different materials and machining processes.

Wave W-Shaped Pole Technology:

Unlike conventional flat pole designs, the Wave W-shaped pole structure enhances the magnetic flux distribution, leading to stronger and more even clamping force across the work surface. This design significantly improves grip on irregular or thin workpieces, preventing slippage and ensuring high precision in grinding and milling applications.

Materials and Durability:

Manufactured from high-strength steel and incorporating advanced electromagnetic technology, this chuck provides exceptional durability and stability. It withstands continuous industrial use, making it suitable for high-precision and heavy-duty machining tasks.

Key Features and Customization Options:

• Customizable Dimensions: Length and width are fully adaptable to meet individual machining needs.

• High Clamping Force: The electromagnetic system ensures a strong and uniform holding force, reducing workpiece movement.

• Variable Magnetic Control: Compatible with adjustable power supply units, allowing fine-tuned control of holding force.

• Wave W-Shaped Pole Design: Enhances magnetic field distribution for increased stability and reduced distortion.

• Heavy-Duty Performance: Designed for grinding, milling, and other precision machining processes.

• Thermal Stability: The robust construction minimizes thermal expansion effects, ensuring consistent machining accuracy.

• Surface Treatment Options: Available with protective coatings for enhanced wear resistance and long-term reliability.

Important Parameters:

• Application: Grinding
• Technology: Electromagnet
• Holding force: 130 N/cm²
• Min. workpiece size: 120 x 40 x 20 mm
• Poles: Wave type
• Pole pitch: T40
• Regrinding limit: 8 mm