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The design of the magnetic plate is a harmonious blend of magnetic technology and mechanical engineering. The magnetic source, whether it's permanent magnets or electromagnets, is carefully integrated into a robust steel structure. The steel housing not only protects the magnets but also enhances the magnetic field's performance by guiding and concentrating the magnetic flux. The surface finish of the plate is designed for optimal contact with the workpiece, with a smooth and flat surface or specialized patterns depending on the application.
In the aerospace industry, the Magnetic Plate is used for machining high-precision components such as turbine blades and structural parts. The need for accurate and non-deforming clamping is essential in this industry, and the magnetic plate meets these requirements perfectly. It allows for the precise machining of complex geometries while maintaining the integrity of the materials.
In the woodworking industry, although less common for traditional wood materials, magnetic plates can be used in combination with ferromagnetic inserts in wooden workpieces. This enables quick and secure clamping for operations such as routing, carving, and sanding, especially for large or irregularly shaped wooden pieces.
For the production of metal furniture, the magnetic plate is useful for holding metal frames and parts during welding and assembly. The uniform clamping force ensures that the parts are aligned correctly, resulting in sturdy and well-made furniture.
The design of the magnetic plate is a harmonious blend of magnetic technology and mechanical engineering. The magnetic source, whether it's permanent magnets or electromagnets, is carefully integrated into a robust steel structure. The steel housing not only protects the magnets but also enhances the magnetic field's performance by guiding and concentrating the magnetic flux. The surface finish of the plate is designed for optimal contact with the workpiece, with a smooth and flat surface or specialized patterns depending on the application.
In the aerospace industry, the Magnetic Plate is used for machining high-precision components such as turbine blades and structural parts. The need for accurate and non-deforming clamping is essential in this industry, and the magnetic plate meets these requirements perfectly. It allows for the precise machining of complex geometries while maintaining the integrity of the materials.
In the woodworking industry, although less common for traditional wood materials, magnetic plates can be used in combination with ferromagnetic inserts in wooden workpieces. This enables quick and secure clamping for operations such as routing, carving, and sanding, especially for large or irregularly shaped wooden pieces.
For the production of metal furniture, the magnetic plate is useful for holding metal frames and parts during welding and assembly. The uniform clamping force ensures that the parts are aligned correctly, resulting in sturdy and well-made furniture.
