|
ZJS716-130ZJS716-130 is a high-precision galvanometer dual flight visual control system equipped with a 1.3 megapixel industrial camera, supporting 6-axis control, designed specifically for high-speed laser cutting and engraving tasks.
收藏
1. Supports 20 million and 24 million cameras, with powerful visual matching algorithms. 2. Support visual extraction of contours to automatically generate data, template matching and cutting functions. 3. Support multi mark small visual precision machining. 4. High precision visual positioning function, sub-pixel accuracy. 5. Carving and cutting integrated machine with cutting conversion device, which supports both the cutting head function of ordinary laser machines and the galvanometer processing mode. It can automatically switch processing modes by layer to meet various processing needs. 6. The high-speed processing method of large area continuous light improves production efficiency. 7. It can be equipped with a galvanometer cutting conversion head with laser spot sizes of 10mm, 16mm, and 20mm. 8. Panoramic visual recognition cutting/carving can be achieved through a feeding device for automatic production. 9. Adopting XY rack and mirror dual flight linkage, large format graphics can be completed in one go to improve product quality. 10. Equipped with a magnetic grid ruler with an accuracy of 0.005mm. 11. Mirror closed-loop control, high precision, good cutting effect. 12. Supports offline working mode and 16GB storage space. 13. Rich communication interfaces, which can be controlled through USB, network, and remote control. 14. Support multi mark small visual precision machining. 15. Small camera with high-precision automatic mirror correction, easy to operate. 16. It can achieve multi-layer processing, carving, cutting, and meet various process requirements. 17. Large capacity storage space, 16GB storage capacity 18.6 axis control, with a maximum pulse output frequency of 4M. 19. Rich input and output ports, 16 universal outputs, 16 universal inputs. 20. The software and human-machine interface are simple and elegant, easy to use, and have no threshold for operation. |
||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||