The laser processing subsystem integrates functions such as sandblasting, film removal, and drilling, and completes a variety of complex processes on a single platform. The laser processing subsystem is an important tool for pursuing efficient, precise, and environmentally friendly production in the manufacturing of modern bathroom smart mirrors.
Sand blasting/film removal/drilling can be done with one machine
It replaces the traditional single laminating machine, engraving machine, sandblasting machine, and marking machine, and can realize laser sandblasting, film removal, and drilling processes at the same time. The processing process is highly efficient, free of consumables, and more environmentally friendly!
Smart mirror processing steps: mirror sanding
Laser glass sandblasting process is to process the material surface by controlling the energy and focal position of the laser beam. Compared with the traditional sandblasting process, laser sandblasting has higher precision and efficiency and can complete more complex processing tasks in a shorter time.
Smart mirror processing steps: mirror film removal
Superior beam quality, fine spot characteristics, more stable power output, can provide higher single pulse energy, engrave mirror patterns faster, greatly reduce labor costs and improve efficiency.
Smart mirror processing steps: mirror drilling
The light beam is focused into pulse energy, and a single pulse is used to remove the glass material point by point. During the processing, the laser focus is quickly scanned and moved on the glass according to the predetermined designed path through the galvanometer control to achieve the removal of the glass material.
