丽水激光镭雕机,镭射激光机 光纤激光打标机采用光纤激光器输出激光,再经高速扫描振镜系统实现打标功能。光纤打标机电光转换效率高,采用风冷方式冷却,整机体积小巧,输出光束质量好,可靠性高。 Fiber laser marking machine using fiber laser output laser, and then through the high-speed scanning mirror system to achieve marking function. The photoelectric conversion efficiency of the optical fiber marking machine is high, and the air cooling mode is adopted, the whole volume is small, the output beam quality is good, and the reliability is high. 设备特点: ● 优秀的光束质量:聚焦光斑直径不到20um。发散角是半导体泵浦激光器的 1/4。特别适用于精密、精细打标。 ● 使用成本低廉: 电光转换效率较高达到30%,整机耗电约500W,是灯泵浦固体激光打标机的1/15,大大节省能耗支出。 ●免维护操作:应用*三代光纤激光技术,高速*免维护,也不用调整或清洁镜片。 ● 激光器使用寿命长: 国产光纤激光打标机 光纤激光打标机使用激光二极管作为泵浦源,其平均工作时间可达10万小时。 ● 体积小巧、适用于恶劣环境: 激光器通过光缆实现激光距离传输、结构紧凑。散热效果好,*庞大的水冷系统,只需简单的风冷即可。 ● 在一定冲击、震动、较高温度或有灰尘等恶劣的环境下也能正常工作。 加工速度快:加工速度是传统激光打标机的2-3倍。 ●速度较快的激光打标;运有高速数字振镜,比普通机型快2-4倍 Equipment characteristics: - excellent beam quality: focal spot diameter is less than 20um. The divergence angle is the 1/4 of the diode pumped laser. Particularly suitable for precision, fine marking. The use of low cost: the highest conversion efficiency reached 30%, the power consumption of about 500W, is a lamp pumped solid laser marking machine 1/15, significant savings in energy costs. - maintenance free operation: the application of the third generation fiber laser technology, high speed permanent maintenance free, also do not adjust or clean the lens. The laser long service life: domestic fiber laser marking machine fiber laser marking machine using laser diode as the pumping source, the average working time of up to 100 thousand hours. The small size, suitable for harsh environment: laser through fiber laser has the advantages of compact structure, transmission distance. The cooling effect is good, no need of large water cooling system, only a simple air cooling can be. In certain shock, vibration, high temperature or dusty environment can work normally. Processing speed: processing speed is 2-3 times the traditional laser marking machine. - the fastest laser marking; applying high speed digital galvanometer is 2-4 times faster than ordinary models