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MSP-M800
Rotary Brush Dry Machine for Deburring, Finishing, Edge Radiusing, Laser Oxide Removal, and Heavy Slag Removal
The Rotary Brush Dry Machine is the ultimate solution for manufacturers seeking precision and high-quality results in metal finishing. Whether you are processing flame-cut, plasma-cut, or laser-cut metal parts, this machine offers a versatile approach to a range of essential tasks, including deburring, finishing, edge radiusing, laser oxide removal, and heavy slag removal. Designed for high-performance and efficiency, it ensures a superior finish for metal components, making it an indispensable tool for industries that demand premium products such as automotive, aerospace, electronics, and general manufacturing.
Do you mostly process stainless steel? Stainless steel finishing is crucial for ensuring flawless surfaces and achieving the highest precision in metal fabrication. Whether you're working with flat sheets, pipes, or custom parts, proper finishing enhances both the aesthetic and functional properties of stainless steel. Common finishes for stainless steel include 2D finish, 2BA (Bright Annealed), and No. 5 finish with a Scotch-Brite belt. Each finish provides a distinct look and level of surface smoothness, allowing you to select the one that meets your exact specifications.
Stainless Steel Finishing Techniques
Scotch-Brite Belt: Ideal for producing a consistent, non-directional finish.
Rotary Brushes: Best for achieving a uniform, non-directional finish without any visible marks.
2D & 2BA Finishes: Perfect for polished, smooth surfaces often used in food processing or pharmaceutical industries.
Do you need to finish aluminium? Finishing aluminium can be challenging due to its softer and more heat-sensitive nature. Thin aluminium sheets, in particular, are more prone to distortion when processed at high temperatures. It is essential to choose the right deburring and finishing equipment that ensures the best result without damaging the surface.
Aluminium Finishing Tips
Scotch-Brite Finishing: For achieving an even, non-directional finish on aluminium surfaces.
Precision Grinding: Used to refine edges and achieve smooth finishes while avoiding distortion.
Rotary Brushes: Effective for both deburring and producing uniform finishes on aluminium parts.
Do you produce flat steel products? A smooth steel surface finish is often necessary before coating or painting. In the case of steel, the process typically starts with a mill finish, which serves as a pre-treatment to further coatings. It’s important to understand the type of steel finish that’s best for your end application.
Steel Surface Finish Options
Mill Finish: A rough, unpolished finish that serves as a base for further treatments.
Brushed or Polished Steel: Achieved using a combination of abrasive belts and brushes to smooth out rough spots.
Grinding and Sanding: For achieving high precision and smoothness on steel surfaces.
Do you laser cut sheets to make flat copper parts? Copper is a metal that requires a specialized finishing process to enhance both its appearance and performance. Copper, due to its malleability and conductivity, benefits from surface finishing that prevents oxidation, enhances corrosion resistance, and ensures smoothness.
Copper Surface Finishing Solutions
Laser Oxide Removal: Helps to remove unwanted oxide layers formed during laser cutting.
Polishing: For a smooth, high-gloss finish, often used for decorative copper components.
Scotch-Brite Finishing: Ideal for non-directional finishes that are free from scratches or visible tool marks.
Finishing techniques for sheet metal parts are essential to achieve a clean, smooth, and polished surface. Deburring machines with Scotch-Brite belts can add a professional finish to deburred products. For parts that require a uniform, non-directional finish, rotary brushes are often the recommended solution. The proper finishing ensures that parts are free from sharp edges, surface imperfections, and ready for use in high-quality applications.
Sheet Metal Finishing Solutions
Scotch-Brite Belt Finishing: For a non-directional, uniform finish.
Rotary Brushes: Ideal for providing a uniform, smooth finish to sheet metal parts.
Deburring and Finishing Combo: The latest Timesavers machines are designed to finish sheet-to-sheet or coil-to-coil material, ensuring that large volumes of metal can be processed with consistency and precision.
Medical Metal Parts: Surgical tools, implants, and other precision components.
Sheet Metal: Laser-cut, flame-cut, or plasma-cut parts.
Industrial Use: Automotive, aerospace, and high-precision fabrication.
High Efficiency: Automates processes to save time and labor.
Versatility: Capable of handling a wide range of materials, including stainless steel, aluminum, and titanium.
User-Friendly Design: Intuitive controls and adjustable settings for precise operations.
Eco-Friendly Solutions: Integrated dust collection and energy-efficient operation.
Parameters of the equipment
| Parameter | Specification |
|---|---|
| Maximum Processing Width | ≤780mm |
| Processing Thickness | 0.5–80mm |
| Minimum Part Size | 50mm × 50mm |
| Total Power | 22KW |
| Sanding Roller Brush Size | Φ300mm × 300mm |
| Conveyor Speed | 0.5–6m/min (Variable Frequency Adjustable) |
| Roller Brush Speed | 8–26m/s (Variable Frequency Adjustable) |
| Planetary Rotation Speed | 1–15r/min (Variable Frequency Adjustable) |
| Planetary Rotation Axle Heads | 1 |
| Planetary Self-Rotation Axle Heads | 4 |
| Material Thickness Servo Adjustment Precision | 0.01mm |
| Grinding Consumables | Roller Brush |
| Dust Extraction Air Volume | 3000m³/h |
| Dimensions (L × W × H) | 2350mm × 1750mm × 2150mm |
| Weight | Approx. 1.6T |
Rotary Brush Dry Machine for Deburring, Finishing, Edge Radiusing, Laser Oxide Removal, and Heavy Slag Removal
The Rotary Brush Dry Machine is the ultimate solution for manufacturers seeking precision and high-quality results in metal finishing. Whether you are processing flame-cut, plasma-cut, or laser-cut metal parts, this machine offers a versatile approach to a range of essential tasks, including deburring, finishing, edge radiusing, laser oxide removal, and heavy slag removal. Designed for high-performance and efficiency, it ensures a superior finish for metal components, making it an indispensable tool for industries that demand premium products such as automotive, aerospace, electronics, and general manufacturing.
Do you mostly process stainless steel? Stainless steel finishing is crucial for ensuring flawless surfaces and achieving the highest precision in metal fabrication. Whether you're working with flat sheets, pipes, or custom parts, proper finishing enhances both the aesthetic and functional properties of stainless steel. Common finishes for stainless steel include 2D finish, 2BA (Bright Annealed), and No. 5 finish with a Scotch-Brite belt. Each finish provides a distinct look and level of surface smoothness, allowing you to select the one that meets your exact specifications.
Stainless Steel Finishing Techniques
Scotch-Brite Belt: Ideal for producing a consistent, non-directional finish.
Rotary Brushes: Best for achieving a uniform, non-directional finish without any visible marks.
2D & 2BA Finishes: Perfect for polished, smooth surfaces often used in food processing or pharmaceutical industries.
Do you need to finish aluminium? Finishing aluminium can be challenging due to its softer and more heat-sensitive nature. Thin aluminium sheets, in particular, are more prone to distortion when processed at high temperatures. It is essential to choose the right deburring and finishing equipment that ensures the best result without damaging the surface.
Aluminium Finishing Tips
Scotch-Brite Finishing: For achieving an even, non-directional finish on aluminium surfaces.
Precision Grinding: Used to refine edges and achieve smooth finishes while avoiding distortion.
Rotary Brushes: Effective for both deburring and producing uniform finishes on aluminium parts.
Do you produce flat steel products? A smooth steel surface finish is often necessary before coating or painting. In the case of steel, the process typically starts with a mill finish, which serves as a pre-treatment to further coatings. It’s important to understand the type of steel finish that’s best for your end application.
Steel Surface Finish Options
Mill Finish: A rough, unpolished finish that serves as a base for further treatments.
Brushed or Polished Steel: Achieved using a combination of abrasive belts and brushes to smooth out rough spots.
Grinding and Sanding: For achieving high precision and smoothness on steel surfaces.
Do you laser cut sheets to make flat copper parts? Copper is a metal that requires a specialized finishing process to enhance both its appearance and performance. Copper, due to its malleability and conductivity, benefits from surface finishing that prevents oxidation, enhances corrosion resistance, and ensures smoothness.
Copper Surface Finishing Solutions
Laser Oxide Removal: Helps to remove unwanted oxide layers formed during laser cutting.
Polishing: For a smooth, high-gloss finish, often used for decorative copper components.
Scotch-Brite Finishing: Ideal for non-directional finishes that are free from scratches or visible tool marks.
Finishing techniques for sheet metal parts are essential to achieve a clean, smooth, and polished surface. Deburring machines with Scotch-Brite belts can add a professional finish to deburred products. For parts that require a uniform, non-directional finish, rotary brushes are often the recommended solution. The proper finishing ensures that parts are free from sharp edges, surface imperfections, and ready for use in high-quality applications.
Sheet Metal Finishing Solutions
Scotch-Brite Belt Finishing: For a non-directional, uniform finish.
Rotary Brushes: Ideal for providing a uniform, smooth finish to sheet metal parts.
Deburring and Finishing Combo: The latest Timesavers machines are designed to finish sheet-to-sheet or coil-to-coil material, ensuring that large volumes of metal can be processed with consistency and precision.
Medical Metal Parts: Surgical tools, implants, and other precision components.
Sheet Metal: Laser-cut, flame-cut, or plasma-cut parts.
Industrial Use: Automotive, aerospace, and high-precision fabrication.
High Efficiency: Automates processes to save time and labor.
Versatility: Capable of handling a wide range of materials, including stainless steel, aluminum, and titanium.
User-Friendly Design: Intuitive controls and adjustable settings for precise operations.
Eco-Friendly Solutions: Integrated dust collection and energy-efficient operation.
Parameters of the equipment
| Parameter | Specification |
|---|---|
| Maximum Processing Width | ≤780mm |
| Processing Thickness | 0.5–80mm |
| Minimum Part Size | 50mm × 50mm |
| Total Power | 22KW |
| Sanding Roller Brush Size | Φ300mm × 300mm |
| Conveyor Speed | 0.5–6m/min (Variable Frequency Adjustable) |
| Roller Brush Speed | 8–26m/s (Variable Frequency Adjustable) |
| Planetary Rotation Speed | 1–15r/min (Variable Frequency Adjustable) |
| Planetary Rotation Axle Heads | 1 |
| Planetary Self-Rotation Axle Heads | 4 |
| Material Thickness Servo Adjustment Precision | 0.01mm |
| Grinding Consumables | Roller Brush |
| Dust Extraction Air Volume | 3000m³/h |
| Dimensions (L × W × H) | 2350mm × 1750mm × 2150mm |
| Weight | Approx. 1.6T |
