1. It can be applied to door cover processing and cabinet body and cabinet door processing.

2. The parent saw cuts the edge with anti-collapse, and the cutting effect is good and the speed is fast.

3. The 9kw tool change spindle is matched with the mother and son saw to optimize the path to improve the utilization rate of the board.

4. The spindle is equipped with 12 tool magazines to meet the needs of door pockets and engraving tools.

5. The sub-mother saw mechanism is directly mounted on the beam, and the Z-axis servo only needs to drive the main shaft to rise and fall to improve the stability of the machine head.

6. The sub-saw belt roller of the sub-mother saw can be automatically raised and lowered according to the thickness of the plate, and the roller can play the role of a pressure plate.

7. There is a suction cup at the front of the machine, which can remove the cross-cut sheet to optimize the sawing path to avoid over-cutting.

8. The three axes of X, Y and Z all use 30 guide rails.

9. X, Y axis rack drive adopts 2-mode rack.

10. The bed, column and beam square tube are all designed according to heavy duty.

11. The column cover is installed horizontally, which can effectively avoid the contact of the motor wire.

12. New appearance design, front end with lights.

13. The push-back mechanism moves with the beam and can locate various plates within 49 feet in size.

14. The absolute value servo does not need to return to the origin when it is turned on.

15. The double pressure roller design ensures that the processing does not run off the board.

16. The feeding support casters are added at the front end of the machine, and the former sheet metal support wheels are changed to silent and smooth strips.

17. Self-contained basic software software: using table import, you can edit customer name, order number, workpiece name, plate length, plate width, plate thickness, plate quantity, brand number, and label in the table at one time.

18. The software will plan the tool path according to the tool parameters during layout.