Close Pole Type Permanent Magnetic Chuck MCCP-46

It is a workholding device with closely spaced magnetic poles, designed to securely clamp ferromagnetic workpieces during grinding and light machining operations without needing electrical power.

It is primarily used for surface grinding operations, holding medium and small ferromagnetic workpieces securely, precision grinding in tool rooms, and light milling operations.

The close pole design provides a stronger and more uniform magnetic holding force across the chuck surface, which is especially beneficial for medium and heavy components.

The pole pitch is 30 mm (15 + 2.5 + 10 + 2.5 mm), ensuring optimal magnetic penetration depth for secure gripping.

Yes, it offers a stronger holding force specifically designed for thicker workpieces and is suitable for general grinding applications in workshops.

No, it is a permanent magnetic chuck, meaning it uses internal permanent magnets and does not require any electrical power to operate.

The magnetic force is easily engaged and disengaged using a manual ON/OFF lever provided on the chuck.

While it is excellent for medium and heavy components, the close pole design also provides a uniform grip suitable for smaller ferromagnetic workpieces.

It is designed to hold ferromagnetic materials such as iron, steel, and other magnetic alloys.

Yes, Pentagon magnetic chucks come with a standard manufacturer warranty. Please check the specific warranty terms at the time of purchase.

Yes, a valid GST invoice is provided for all purchases, allowing B2B customers to claim input tax credit.

The MCCP-46 is ideal for small-scale grinding tasks requiring a compact 150x100x70 mm chuck with 4 poles.

Choose the MCCP-47 if you need a slightly larger 175x100x70 mm surface area with 5 poles for small workpieces.

The MCCP-48 is suitable for users needing a 200x100x70 mm chuck with 6 poles for precision tool room applications.

Select the MCCP-510 for medium-small grinding operations requiring a 250x125x70 mm surface and 7 poles.

The MCCP-612 is perfect for standard surface grinding with its 300x150x70 mm dimensions and 9 poles.

Choose the MCCP-812 if you need a wider 300x200x70 mm chuck with 9 poles for broader workpieces.

The MCCP-614 is ideal for longer workpieces, offering a 350x150x70 mm surface area and 10 poles.

Select the MCCP-814 for a balanced 350x200x70 mm size with 10 poles, suitable for versatile workshop use.

The MCCP-616 is recommended for extended grinding tasks requiring a 400x150x70 mm chuck and 12 poles.

Choose the MCCP-816 for medium-large components needing a 400x200x70 mm surface and 12 poles.

The MCCP-618 is suitable for long, narrow workpieces with its 450x150x70 mm dimensions and 14 poles.

Select the MCCP-818 for larger surface grinding operations requiring a 450x200x70 mm chuck and 14 poles.

The MCCP-820 is ideal for heavy-duty grinding with a 500x200x70 mm surface area and 15 poles.

Choose the MCCP-1020 if you need a wider 500x250x70 mm chuck with 15 poles for substantial workpieces.

The MCCP-824 is perfect for long components, offering a 600x200x70 mm size and 18 poles.

Select the MCCP-1024 for large-scale industrial grinding requiring a 600x250x70 mm chuck and 18 poles.

The MCCP-1224 is recommended for very wide and long workpieces with its 600x300x70 mm dimensions and 18 poles.

Choose the MCCP-830 for extended heavy-duty applications needing a 750x200x70 mm surface and 23 poles.

The MCCP-1030 is ideal for large, broad components requiring a 750x250x70 mm chuck and 23 poles.

Select the MCCP-1230 for massive surface grinding tasks with its 750x300x70 mm size and 23 poles.

The MCCP-1236 is perfect for extra-long industrial applications, offering a 900x300x70 mm surface and 28 poles.

Choose the MCCP-1240 for the largest grinding operations, featuring a massive 1000x300x70 mm size and 30 poles.

The MCCP-46 is the smallest model (150x100 mm, 4 poles) for compact tasks, while the MCCP-1240 is the largest (1000x300 mm, 30 poles) designed for massive industrial workpieces.

A higher number of poles generally corresponds to a larger chuck surface area, providing a more distributed and stronger overall magnetic grip for larger components.

It depends on your typical workpiece dimensions. Longer chucks (e.g., 1000mm) are best for extended parts, while wider chucks (e.g., 300mm) offer better stability for broad components.