28KW Machine Power CNC Metal Plate Polishing Machine 2 Feed Motor
Equipment Purpose:
The plate polishing machine is specifically designed for the finishing of metal plates that have undergone laser or plasma cutting. Its primary purpose is to improve the surface quality of these plates by removing burrs, rough edges, and other imperfections generated during the cutting process. This results in a smooth, uniform, and refined surface, enhancing both the visual appearance and functional performance of the plates, making them suitable for a wide range of industrial and commercial 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 widely employed in industries where high-quality metal surface finishes are essential. It finds extensive application in the production of electric power transmission towers, communication towers, power fittings, steel frameworks, storage racks, and related products. These sectors depend on polished metal plates to guarantee structural integrity, aesthetic appeal, and long-term durability of their products.
Equipment features:
1. Automatic Continuous Feeding:
The machine features an automatic continuous feeding system capable of handling plates of unlimited length. This capability enhances production efficiency by enabling uninterrupted material processing, thereby reducing overall manufacturing costs. It ensures smooth and continuous operation, making it well-suited for high-volume production environments.
2. CNC Control:
The machine is equipped with a CNC control system, providing precise and dependable plate processing. Real-time transmission of operational data and status information allows operators to receive immediate feedback, ensuring seamless and error-free operation. This functionality simplifies production line management by streamlining both control and monitoring processes.
3. CNC PLC and Touch Screen Control:
The system integrates a CNC PLC (Programmable Logic Controller) with a user-friendly touch screen interface. Operators can easily start and stop the machine with a simple touch, simplifying the operational workflow. The intuitive design of the control system ensures ease of use and minimal maintenance, requiring minimal training for personnel.
4. Pneumatic Tensioning Device:
The polishing machine is equipped with a pneumatic tensioning mechanism that guarantees stable and reliable operation. This system accurately regulates the tension of the abrasive belt, extending its service life while maintaining optimal polishing performance. It ensures the belt remains properly aligned during operation, preventing excessive wear and safeguarding the quality of the polished surface.
5. User-Friendly, Safe, and Efficient Operation:
The machine is designed for straightforward operation and convenient maintenance. Its intuitive control system ensures a high degree of safety and reliability, minimizing the risk of operational errors. In addition, the machine is optimized for maximum production efficiency, enabling smooth and consistent performance, reducing downtime, and enhancing overall throughput.
A plate polishing machine is specifically designed for the finishing of metal plates that have been processed by laser or plasma cutting. These machines are engineered to refine and enhance the surface quality of the plates, effectively removing burrs, rough edges, or oxidation marks resulting from the cutting operations. By providing a superior surface finish, plate polishing machines not only enhance the visual appearance of the plates but also improve their performance in subsequent processes or applications. This equipment is widely employed in industries such as metal fabrication, manufacturing, and automotive production, where precision and surface quality are critical.
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