designs and manufactures cost effective ultra-compact
Diode Pumped Solid State Lasers. Our lasers feature
with high reliability, high stability,
high efficiency, and excellent laser beam
quality. These lasers are specificly designed for
OEM, scientific and industrial use.
Lasers Even many kinds of excellent laser crystal such as Nd:YVO4, Nd:GdVO4 were developed in recent years, Nd:YAG is still a most important and widely used solid state laser material at present and in the near future at least. It has been used in the"micro/mini" "DPSS" ( Diode Pumped Solid State) laser systems to get high quality, continue Red, Green or Blue laser output in which the blue laser of Nd:YAG (Lamda= 1064/2 = 532nm) has higher efficiency and more easy to realizes than Nd:YVO4 blue laser. Nd:YAG was also widely used in the military, scientific, medical and industrial laser systems such as various laser range finder, opto-electronic confrontation systems, high performance scientific laser systems, laser therapy, cosmetology systems, laser marking, laser drilling and other laser material processing systems. Especially, Nd:YAG is best laser material for the high power, high energy, Q-switch and mode-locked ultra short pulse laser systems. The very wide applications of Nd:YAG in various laser system is because its outstanding performance in physics, optics and mechanics:
Lasers research the comparing test between £È£æ£Ï£²£¯£Ó£é£Ï£² high reflective coating¡¯s preparation technics and laser abduction damnification threshold, respectively adopt feedback braise coating £È£æ£Ï£², feedback ion assistant braise coating £È£æ£Ï£², feedback ion assistant braise coating metal £È£æ¡¯s raw material form £È£æ£Ï£² membrane. Using the three technics to preparation£È£æ£Ï£²£¯£Ó£é£Ï£² high reflective coating, at 1064nm, £Ò¡Ý£¹£¹£®£µ£¥£¬feedback braise coating £È£æ£Ï£²£¯£Ó£é£Ï£² high reflective coating damnification threshold is highest, can reach £¶£°£Ê£¯£ã£í£Þ£²£¨£±£°£¶£´£î£í£¬£µ£î£ó£©.