Model BP1000 CNC Metal Plate Surface Finishing Machine Surface Eliminating Burrs
Equipment Purpose:
The Plate Polishing Machine is specially engineered for the surface finishing of metal plates processed by laser cutting or plasma cutting technologies. Its primary function is to enhance plate surface quality by eliminating burrs, sharp edges, oxide layers, and other surface defects generated during the cutting process. The result is a smooth, uniform, and high-quality finish that improves both the aesthetic appearance and functional performance of the workpieces, making them suitable for a broad range of industrial manufacturing applications.
Product Configuration:
| No. |
Model |
BP1000 |
| 1 |
Max. processing plate width |
1000mm |
| 2 |
Processing plate thickness |
2-100mm |
| 3 |
Processing plate length |
100mm～∞ |
| 4 |
Min. workpiece |
50x50x2mm |
| 5 |
Max. loading capacity |
500kgs |
| 6 |
Machine power |
28KW |
| 7 |
Feed motor |
2 |
| 8 |
Feeding speed |
10～4000 mm/min |
| 9 |
Abrasive belt deburring slag, burrs |
Height less than 1.5mm |
| 10 |
Cartridge dust collector |
5.5KW |
| 11 |
Cartridge dust collector size |
1000x1000x2100mm |
| 12 |
Machine dimensions |
2450x1700x2150mm |
Application industries:
This polishing machine is extensively utilized in industries that require superior metal surface finishing standards. It is widely applied in the manufacturing of power transmission towers, telecommunication towers, electrical power fittings, steel structures, storage shelving systems, and other related products. These industries rely on high-quality surface treatment to improve structural reliability, product appearance, corrosion resistance, and long-term service life.
Equipment features:
1. Automatic Continuous Feeding:
The machine is equipped with an automatic continuous feeding system capable of processing metal plates of virtually unlimited length. This design enables uninterrupted production, significantly improving manufacturing efficiency while reducing labor requirements and operating costs. It is particularly suitable for large-scale and continuous production environments.
2. CNC Control:
The equipment adopts an advanced CNC control system, ensuring precise and reliable processing performance. Real-time monitoring and transmission of operational parameters provide immediate feedback to operators, allowing stable operation and efficient production management while minimizing processing errors.
3. CNC PLC and Touch Screen Control:
The machine integrates a PLC-based control platform with an intuitive touchscreen human-machine interface. Operators can easily control machine functions, including start-up and shutdown operations, through a simple and user-friendly interface. The system requires minimal training and supports convenient maintenance and daily operation.
4. Pneumatic Tensioning Device:
A pneumatic tensioning device is incorporated to maintain stable abrasive belt performance throughout the polishing process. By automatically regulating belt tension, the system extends abrasive belt service life, improves polishing consistency, and ensures accurate belt tracking, thereby reducing wear and maintaining superior surface finishing quality.
5. User-Friendly, Safe, and Efficient Operation:
The machine is designed for ease of operation and simplified maintenance. Its advanced control architecture provides reliable safety protection and stable performance, reducing the likelihood of operational errors. Optimized for maximum productivity, the equipment ensures continuous processing, minimizes downtime, and enhances overall production throughput.
The Plate Polishing Machine is a specialized metal finishing solution developed for processing plates that have undergone laser cutting or plasma cutting operations. It effectively removes burrs, sharp edges, oxidation layers, and other surface imperfections created during cutting, significantly improving surface smoothness and finish quality. By enhancing both the appearance and functional characteristics of metal plates, the machine contributes to higher-quality downstream fabrication processes. It is widely employed in metal fabrication, industrial manufacturing, steel processing, and automotive production sectors, where precision machining and superior surface quality are essential requirements.
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