Round Electromagnetic Chuck Circular Pole for Industrial Use — AA-30207

An electromagnetic chuck is a workholding device that uses magnetic force to secure ferrous workpieces during machining operations. It allows for quick setup and provides a strong, uniform grip without damaging the workpiece.

A round electromagnetic chuck works by passing a DC electric current through coils within the chuck, generating a powerful magnetic field. This field holds the ferrous workpiece securely on the chuck's surface. The magnetic force can be turned on and off with a switch.

The main benefits include fast clamping and release of the workpiece, uniform clamping pressure that prevents distortion, access to five sides of the workpiece in a single setup, and improved safety as the workpiece is held securely.

The Crystal AA-302 series is a range of round electromagnetic chucks designed for industrial use on lathes and other machinery. They are known for their robust construction and reliable performance.

A D.C. Power Supply Unit is required for the operation of these electromagnetic chucks. This is typically a separate unit that provides the necessary electrical current.

Yes, the Crystal Round Electromagnetic Chuck includes a Variable Control Unit and a Slip Ring Arrangement for operation.

These chucks are ideal for turning, grinding, and other machining operations on cylindrical or ring-shaped ferrous workpieces in industries such as automotive, aerospace, and general engineering.

The chuck is made of high-quality materials to withstand the rigors of industrial use. The main body is typically made of a high-permeability magnetic steel.

No, one of the key advantages of an electromagnetic chuck is that it holds the workpiece securely without leaving any clamping marks or causing surface damage.

Crystal magnetic chucks typically come with a 1-year manufacturer's warranty against manufacturing defects. Please confirm the warranty details at the time of purchase.

The 300mm diameter model is ideal for small to medium-sized workpieces. It is suitable for workshops and manufacturing units that handle smaller components and require a compact, efficient workholding solution.

The 450mm model is a versatile mid-range option suitable for a wide variety of applications. It offers a larger clamping area than the 300mm model, making it suitable for medium-sized components in general machining and production environments.

The 600mm diameter chuck is designed for large-scale machining operations. It is the right choice for heavy-duty applications involving large and heavy workpieces that require a very strong and stable magnetic grip.

The 750mm model is for very large and heavy workpieces. It is best suited for heavy industrial applications where maximum clamping force and a large surface area are critical for precision and safety.

The 1000mm diameter chuck is the largest in the series, designed for exceptionally large and heavy components. It is intended for specialized heavy engineering and manufacturing facilities that work with oversized parts.

The primary difference is the diameter and therefore the clamping area. The 450mm chuck can accommodate larger workpieces and offers a stronger overall magnetic holding force compared to the 300mm model.

Your choice depends on the maximum size and weight of the workpieces you will be machining. The 600mm is for large parts, the 750mm for very large parts, and the 1000mm for exceptionally large and heavy components. Consider your heaviest and largest workpiece to make the right selection.

Yes, as the diameter of the chuck increases, the total magnetic clamping force also increases. Larger chucks are designed to hold heavier and larger workpieces securely. The power consumption may also vary between the different sizes.