几种激光薄膜切割设备的介绍

莱塞LS-TS台式系列二氧化碳激光打标机采用了先进的激光器，先进的偏振镜系统，确保了优质的打标质量和高速度输出，整个激光系统集成了工业系统、三维工作台和升降支架，二氧化碳激光打标机光束质量好，可靠性高。
适用材料和行业应用：适合一些纸质包装盒、木制品、亚力克制品、纤维板等材料的激光标识及切割应用。

该设备专门针对塑料、铝箔、纸类标签等卷状材料进行激光模切、打标、标刻后进行单件载切的激光自动化设备；

激光器根据具体材料特性可选用光纤、C02、紫外等；

采用微电脑伺服控制定长定速，激光头数据化位移，规格切换、图案更换方便快捷；

采用气涨轴放卷，磁粉张力控制，操作简单，材料行走稳定；

采用气动刀切，结构简单、寿命长、维护方便；、

具有自动纠偏、自动对位、错误报警等功能。

The ultra-fine laser drilling method uses the beam generated by the laser to evenly cut a thin line of only a few microns deep on the designed solid line, dotted line, wavy line, and easy-tear line. Taking advantage of the laser focusing, the focusing degree can be as small as the sub-micron order of magnitude, so it has advantages in the micro-processing of materials, and the cutting, marking, scribing and drilling depths are controllable. Even at low pulse energy levels, a higher energy density can be obtained to effectively process materials. Laser equipment can be used in slitting machines or rewinding machines, and laser technology can be used for flexible packaging materials such as OPP, BOPP, PE, PET (polyester), aluminum foil, and paper.