 |
| Quantity: | |
|---|---|
MSP-M800
Deburring and Polishing of Metal Parts: Ideal for automotive, aerospace, and other precision metal components where clean edges and a polished surface are crucial.
Metal Fabrication and Manufacturing: Whether for large production runs or small batch jobs, these machines provide consistent, reliable results across various metal types, including stainless steel, aluminum, and copper.
Laser and Plasma Cutting Industries: Remove slag and oxides from parts that have been processed using laser or plasma cutting methods.
Edge Radiusing and Finishing: Rounded edges provide safer handling and a better fit during assembly in industrial and commercial applications.
450 mm → 17.72 inches
800 mm → 31.50 inches
1000 mm → 39.37 inches
1350 mm → 53.15 inches
1600 mm → 62.99 inches
2000 mm → 78.74 inches
Efficiency and Precision: High-speed operation ensures fast processing while maintaining high-quality finishes for deburring, polishing, and edge rounding.
Improved Product Quality: The machines provide excellent surface finishes, free from burrs, slag, or rough edges, improving both aesthetics and functionality of the metal parts.
Environmentally Friendly: Equipped with dust collection systems, these machines improve air quality in the workspace by efficiently capturing dust and debris during operation.
Versatility: Suitable for a wide range of materials, including carbon steel, stainless steel, aluminum, copper, and other non-ferrous metals.
Our Deburring, Polishing, Sanding, and Metal Finishing Machines offer cutting-edge solutions for metalworking industries. With customizable options in working widths (450mm to 2000mm), these machines efficiently perform deburring, edge radiusing, laser oxide removal, and heavy slag removal, ensuring top-quality results every time. Whether you're processing small batches or large volumes, these machines provide precision and efficiency, enhancing the overall quality of your metal parts.
Deburring:
What it Does: Removes sharp edges, burrs, and unwanted protrusions left from cutting, punching, or laser processing.
Benefits: Improves safety, prevents injury, and enhances the overall appearance of the metal. A smooth surface also ensures better part assembly and longevity.
Finishing:
What it Does: Refines the surface texture of the metal, offering a smooth, polished finish. Finishing processes include grinding, polishing, and surface treatment to meet specific standards and requirements.
Benefits: Improves the part's aesthetic appeal, enhances corrosion resistance, and facilitates the application of coatings or paints.
Edge Radiusing:
What it Does: Rounds off sharp edges to prevent them from causing injury or damage during handling and assembly. This is especially important for parts with high tolerances and precision requirements.
Benefits: Ensures smooth, rounded edges that are safer and easier to handle, while also improving the quality of welds and joints.
Laser Oxide Removal:
What it Does: Removes oxide layers formed during laser cutting or welding processes. Laser oxide removal is essential to restore the part's surface and improve the bonding of coatings, paints, or adhesives.
Benefits: Eliminates unwanted oxidation and discoloration, providing a clean, stable surface for subsequent treatments and improving the durability of metal parts.
Heavy Slag Removal:
What it Does: Removes slag residue left after processes like plasma cutting, laser cutting, or welding. This slag must be removed to ensure the part's functionality and readiness for further processing or assembly.
Benefits: Prepares metal parts for further machining or finishing, ensuring high-quality surfaces and preventing defects in the final product.
Deburring and Polishing of Metal Parts: Ideal for automotive, aerospace, and other precision metal components where clean edges and a polished surface are crucial.
Metal Fabrication and Manufacturing: Whether for large production runs or small batch jobs, these machines provide consistent, reliable results across various metal types, including stainless steel, aluminum, and copper.
Laser and Plasma Cutting Industries: Remove slag and oxides from parts that have been processed using laser or plasma cutting methods.
Edge Radiusing and Finishing: Rounded edges provide safer handling and a better fit during assembly in industrial and commercial applications.
450 mm → 17.72 inches
800 mm → 31.50 inches
1000 mm → 39.37 inches
1350 mm → 53.15 inches
1600 mm → 62.99 inches
2000 mm → 78.74 inches
Efficiency and Precision: High-speed operation ensures fast processing while maintaining high-quality finishes for deburring, polishing, and edge rounding.
Improved Product Quality: The machines provide excellent surface finishes, free from burrs, slag, or rough edges, improving both aesthetics and functionality of the metal parts.
Environmentally Friendly: Equipped with dust collection systems, these machines improve air quality in the workspace by efficiently capturing dust and debris during operation.
Versatility: Suitable for a wide range of materials, including carbon steel, stainless steel, aluminum, copper, and other non-ferrous metals.
Our Deburring, Polishing, Sanding, and Metal Finishing Machines offer cutting-edge solutions for metalworking industries. With customizable options in working widths (450mm to 2000mm), these machines efficiently perform deburring, edge radiusing, laser oxide removal, and heavy slag removal, ensuring top-quality results every time. Whether you're processing small batches or large volumes, these machines provide precision and efficiency, enhancing the overall quality of your metal parts.
Deburring:
What it Does: Removes sharp edges, burrs, and unwanted protrusions left from cutting, punching, or laser processing.
Benefits: Improves safety, prevents injury, and enhances the overall appearance of the metal. A smooth surface also ensures better part assembly and longevity.
Finishing:
What it Does: Refines the surface texture of the metal, offering a smooth, polished finish. Finishing processes include grinding, polishing, and surface treatment to meet specific standards and requirements.
Benefits: Improves the part's aesthetic appeal, enhances corrosion resistance, and facilitates the application of coatings or paints.
Edge Radiusing:
What it Does: Rounds off sharp edges to prevent them from causing injury or damage during handling and assembly. This is especially important for parts with high tolerances and precision requirements.
Benefits: Ensures smooth, rounded edges that are safer and easier to handle, while also improving the quality of welds and joints.
Laser Oxide Removal:
What it Does: Removes oxide layers formed during laser cutting or welding processes. Laser oxide removal is essential to restore the part's surface and improve the bonding of coatings, paints, or adhesives.
Benefits: Eliminates unwanted oxidation and discoloration, providing a clean, stable surface for subsequent treatments and improving the durability of metal parts.
Heavy Slag Removal:
What it Does: Removes slag residue left after processes like plasma cutting, laser cutting, or welding. This slag must be removed to ensure the part's functionality and readiness for further processing or assembly.
Benefits: Prepares metal parts for further machining or finishing, ensuring high-quality surfaces and preventing defects in the final product.
