Without any serious relying on manual labor force input and quite long time spending on prior dot positioning works, it is just a very easy and efficient job for users to apply a 532nm green dot laser module. It emits the most visible green laser beam from 532nm green DPSS laser system. When laser tech engineer is developing dot laser alignment with good thermal emitting system and qualified glass coated lens, it is not only achieving the best quality green laser light source emission, but also ensuring the clearest and the most accurate green dot emission onto multiple working surfaces.

The usual dot alignment with 532nm green dot laser module is very easy and convenient to use. It should have to work with good laser beam stability and highly clear green dot indication onto various working surfaces. When it gets wide range output power of 5mW to 100mW, it is equipping with inner metal heat sink cooling system inside its durable metal housing tube. Within wide range operating temperature of -10 degree to 45 degree Celsius, green laser alignment is always keeping highly visible and clear green laser beam emission, and the most reliable green dot projection under any mechanical moving or calibration etc.

When 532nm green dot laser module makes the most advanced use of glass coated lens, after special equipment with glass window in front of laser beam aperture, it is just able to work with high transmittance green laser light emission. In addition, the real dot alignment work gets no affect by any moisture or dust at all. For the most important of all, on consideration of its super strong environmental stabilization, green laser alignment always passes through a series of tests up to 24 hours. Within continuous green dot projection of 8 to 10 hours per day, it is keeping work with good performance and the clearest green dot projection in long time use.

Whatever kind of working surface it is pointing, the most special use of APC, ACC driving circuit board has just protected green dot laser module from any possibility of tube burning out or damage. When it is keeping work within 8 to 10 hours per day, after enough time leaving for tube cooling down, this alignment laser achieves good laser light cycling use and extremely clear dot generation onto any vertical or horizontal surface. On condition that users are paying high attention to any thermal energy hurt to eyes and wearing correct laser safety glasses, after proper mounting onto any other machine or device, it just achieves the most satisfied dot positioning results for all precise device manufacturing works.