This 515nm forest green cross laser alignment employs import 515nm green laser diode as its beam emitting source. Available with wide range output power of 5mW to 50mW, owing to its high thermal consumption, it should be equipping with higher operating voltage, thus making sure of highly intense forest green laser beam emission, and highly clear forest green cross line source generation at various work distance. Low power 515nm green laser module is adopting 5V 1000mA DC power supply, while high power forest green laser up to 30mW to 50mW is adopting 9V 1000mA DC power, which would always make sure of high intensity forest green laser beam emission and extremely clear forest green cross line source generation continuously.
This 515nm forest green cross laser alignment applies the best quality glass coated lens. Different from a simple forest green laser pointer, it is not only have to work for quite long time, but also maintain good laser beam stability. It is getting much better performance than formal plastic coated lens. At the same time, after a series of strict tests. For instance, after super rapid electric current adding test, alternative high and low temperature changing test and up to 24 hours aging preventing test, only if this cross line laser module is operating within 8 to 10 hours per day, it just maintains good laser light cycling use and extremely clear vertical and horizontal lines generation in long time use.
Whenever 515nm forest green cross laser alignment gets special use of laser alignment mounting bracket, designing with 16mm and 26mm diameter tube, it just assures the most convenient installation and adjustment of cross line projecting direction within three dimensions. Any time the most powerful and intense forest green laser light is focusing, this alignment laser just achieves highly clear and precise measurement immediately. Any time it is selecting with high power forest green laser module, it should be operating with proper wearing of laser safety glasses so as to assure safe and clear measurement constantly.