Electric-Permanent Mangetic Chuck
The Electric-Permanent Magnetic Chuck becomes a permanent magnet instantly after being electrified for a moment,
allowing it to firmly hold workpieces in place for machining.
By applying reverse current, the workpiece can be demagnetized and removed.
There is no need for electricity during the machining process.
This ensures safe, energy-efficient, and convenient operation, with no thermal deformation, thus enhancing machining accuracy.
This product comes with a dedicated magnetization and demagnetization controller. The working suction force is ≥200N/cm^2.
Rectangular Electric-Permanent Mangetic Chuck
Model | Main Dimensions mm | Magnetic Pole Dimensions | ||
---|---|---|---|---|
Length | Width | Height | ||
X61 300*300 | 300 | 300 | 75 | 50*50 |
X61 300*400 | 300 | 400 | 75 | 50*50 |
X61 300*500 | 300 | 500 | 75 | 70*70 |
X61 400*400 | 400 | 400 | 75 | 70*70 |
X61 400*600 | 400 | 600 | 75 | 70*70 |
Circular/Sector-Shaped Electric-Permanent Magnetic Chuck
The Circular Electric-Permanent Magnetic Chuck is a key component for various rotary table surface grinders, used for holding ferromagnetic materials for grinding and turning operations. The sector-shaped electromagnetic chuck is suitable for processing ring-shaped workpieces.
Linear guide rail Electric-Permanent Magnetic Chuck
The Electric-Permanent Magnetic Chuck for linear guide rail grinding can be customized in length according to user requirements. It features long magnetic blocks on its surface for holding the workpiece. This Electric-Permanent Magnetic Chuck provides a strong magnetic force, with a suction power of up to 200N/cm^2 per square centimeter.
Rail Electric-Permanent Magnetic Chuck
The Electric-Permanent Magnetic Chuck for railroads features a stable structure, robustness, and high precision. It utilizes electrical pulses to "turn on" and "turn off" the magnetic force, enabling convenient automatic control. This makes it suitable for milling operations on railway rails.
Controller
It can be designed and customized according to user requirements.