At present, the domestic epidemic has been effectively controlled, but the global spread is still continuing. Regarding the current global epidemic situation, wearing a mask is still a very important means of self-protection. Statistics show that the daily demand for domestic masks may reach about 500 million. The Automatic Face Folding Machine is very important.
The mechanical structure and process of the N95High Speed Folding Mask Machine are complex. To install and debug an N95 Mask Machine production line, 80% of the workload comes from the mechanical-related parts, and 20% comes from the electrical system. The debugging of the mechanical part is cumbersome, and it has high requirements on the experience of the workers. With full servo control, only ordinary debugging workers need to set the process parameters on the touch screen, and then the debugging can be completed with one key operation. Therefore, replacing mechanical transmission with electrical transmission can really effectively reduce the difficulty and workload of Folded Face Mask Machine debugging, and shorten the equipment delivery cycle. ★ After the whole machine adopts cam control, the parameters that need to be debugged are greatly reduced, and the debugging cycle is shortened. ★ Adopt Inovance absolute value servo, no need for additional welding wire, easy to debug, once calibrated the origin will never shift. ★ The nose bridge module can be easily debugged. The full servo solution can be adjusted with one key by setting the touch screen parameters and program control of the servo motor; ★Register function block realizes automatic registration of printing and die-cutting. The dual-servo solution of the spindle realizes the automatic phase registration of the cutter and the printing shaft through the Inovance color register function block, reducing the workload by 30%.
N95Automatic Folding Mask Machine Equipment Introduction
The fully automatic folding earband type N95 mask machine can realize the automatic production of the whole process from fabric feeding to finished masks, mainly including raw material unwinding → mask shaping → earband welding → folding molding and other processes.
