28KW Machine Power Plate Polishing Machine Removing Burr During The Cutting Process
Equipment Purpose:
The Plate Polishing Machine is purpose-built for the surface finishing of metal plates processed by laser cutting or plasma cutting. It is engineered to enhance surface quality by efficiently removing burrs, sharp edges, oxide layers, and other imperfections generated during the cutting process. The machine produces a smooth, uniform, and high-quality surface finish, improving both the appearance and functional performance of the workpiece while preparing it for subsequent fabrication processes or end-use applications across a wide range of industries.
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 plate polishing machine is extensively utilized in industries that require superior metal surface quality and precision finishing. It is widely applied in the manufacturing of power transmission towers, telecommunication towers, electrical power fittings, steel structures, storage racking systems, and other fabricated metal products. These industries rely on high-quality surface treatment to improve product appearance, ensure assembly accuracy, enhance coating adhesion, and extend the service life of finished components.
Equipment features:
1. Automatic Continuous Feeding
The machine is equipped with a fully 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 costs and production downtime. It is ideally suited for continuous, high-volume manufacturing operations.
2. Advanced CNC Control System
An advanced CNC control system ensures precise, stable, and repeatable processing performance. Real-time monitoring of operating parameters and machine status provides operators with immediate feedback, allowing efficient production management and ensuring reliable, error-free operation throughout the manufacturing process.
3. PLC Control with Touchscreen HMI
The equipment integrates a PLC-based control system with an intuitive touchscreen Human-Machine Interface (HMI). Operators can easily control machine functions, including start-up, shutdown, and parameter adjustment, through a user-friendly interface. The simplified operating system minimizes training requirements while improving operational convenience and maintenance efficiency.
4. Pneumatic Belt Tensioning System
A pneumatic abrasive belt tensioning device automatically maintains the optimum belt tension throughout operation, ensuring stable polishing performance and consistent surface quality. The system effectively minimizes belt deviation and uneven wear, extending abrasive belt service life while reducing maintenance requirements and operating costs.
5. Safe, Reliable, and High-Efficiency Operation
The machine is engineered for convenient operation, simple maintenance, and dependable long-term performance. Its intelligent control system enhances operational safety, minimizes the possibility of operator error, and ensures stable production under continuous working conditions. Optimized mechanical design and automated operation maximize processing efficiency, reduce downtime, and improve overall manufacturing productivity.
The Plate Polishing Machine is specifically developed for precision surface finishing of metal plates produced by laser or plasma cutting processes. It efficiently removes burrs, slag residue, oxide scale, sharp edges, and other surface defects generated during thermal cutting, resulting in a clean, smooth, and uniform finish. By improving surface quality, the machine enhances the performance of subsequent manufacturing processes such as welding, coating, painting, and assembly. It is widely adopted in industries including metal fabrication, structural steel manufacturing, heavy equipment production, automotive manufacturing, and general sheet metal processing, where high machining accuracy, superior surface quality, and consistent production efficiency are essential.
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