SINON DX03-CNC-300 CNC Milling Machine
SINON DX03-CNC-300 CNC MILLING STATION, ALUMINUM
Automatic CNC station for milling the ends of the MULLIONS Model - DX03-CNC-300
Technical Description
1. This machine is suitable for processing aluminum window end profiles, transoms, and restoring the end milling process of journal profile.
2. Three-axis control, digital adjustment of tool up and down, front and back position, adaptable to different processing shapes and sizes.
3. Automatic processing, easy to operate. The program can be saved, and one kind of profile only needs to be adjusted once.
4. Adjustable tools eliminate the need to order tools when processing different profiles, thereby shortening the production preparation cycle and reducing costs.
5. Multiple profiles can be milled at the same time to improve work efficiency.
6. Equipped with servo motor to ensure smooth and efficient operation.
7. Large tool diameter, high cutting speed and good surface quality.
8. Equipped with linear guides to realize high-precision processing
Delivery throughout Russia - by transport company.
SINON DX03-CNC-300 CNC MILLING STATION, ALUMINUM
Automatic CNC station for milling the ends of the MULLIONS Model - DX03-CNC-300
Technical Description
1. This machine is suitable for processing aluminum window end profiles, transoms, and restoring the end milling process of journal profile.
2. Three-axis control, digital adjustment of tool up and down, front and back position, adaptable to different processing shapes and sizes.
3. Automatic processing, easy to operate. The program can be saved, and one kind of profile only needs to be adjusted once.
4. Adjustable tools eliminate the need to order tools when processing different profiles, thereby shortening the production preparation cycle and reducing costs.
5. Multiple profiles can be milled at the same time to improve work efficiency.
6. Equipped with servo motor to ensure smooth and efficient operation.
7. Large tool diameter, high cutting speed and good surface quality.
8. Equipped with linear guides to realize high-precision processing
