1.Using Japanese Fujiservo motor control equipment for three-axis motion, achieving perfect motion accuracy and smoothness of cutting lines.
2.Adopt ingan industrial integrated touch computer,it achieves flexible operation and stronganti-interference ability.
3.The equipment adopts adiagonal rack control operation mode, greatly improving the accuracy of the motion trajectory.
4.This equipment adopts an integrated cutting and laying method. Directly laying the fabric on the cuting bed eliminates the need for a wooden cutting table and saves costs.
5. Once the fabric is laid, it can be cut. There is no need to move, and the edge of the fabric can be scanned directly to ensure deformation caused by movement, ensuring cutting error and accuracy.
6. Due to the characteristics of the cutting system, there is no need to move the fabric after laying, and it can be cut in one go, saving cutting time and improving work efficiency.
7. Due to the elimination of the wooden cutingtable, space is saved. During the cutting and laying process,the bottom layer of punched paper isomitted, saving cutting costs.
8.This machine adopts a split design and can be assembled and spliced for use. (Customized according to customer needs) Due to its detachable desian, it reduces transportation costs and solves the problems odifficulty in entering and going up stairs caused by the large equipment of customers.
9. This machine can be equipped with two work benches, and both the cuting machine and the spreading machine can be moved, ensuring that the eauipment has no idle time and improving production efficiency.
10. Fabric saving, due to the characteristics of the equipment, there is no need to move the fabric to complete cutting, avoiding fabric waste caused by changing beds for cutting.
lt can also be achieved by compressing the length of CAD graphics to save fabric.

Specification