Once infrared line laser alignment is workable for military line targeting work, it just shows its superiority in real operation work. Human eyes cannot capture any infrared laser beam directly, thus it is just workable with super accurate line alignment for energy location detection and measurement, while energy cannot be observed. The adoption of this infrared laser line generator is a quite efficient line measuring solution, while users just need to choose a correct output power and laser lens degree.
Comparing with those of visible laser devices, infrared line laser alignment is available with even higher output power as high as 400mW. When it is workable at quite longer work distance, however, intense infrared laser beam is always gathered perfectly, forming into the most intense infrared alignment laser line on desired working surfaces. Not the same as those of visible laser device, infrared line laser module gets super higher laser beam photoelectric transverse efficiency, thus no matter what kind of line alignment work, infrared laser line is still efficient enough keep its straight and fine enough line positioning as expected.
Besides super wide application in military targeting work, infrared line laser alignment is also workable for fine line positioning in laser medical treatment device, surveillance, night hunting and positioning works etc. Infrared laser line emitting can be available from glass cylindrical lens or separate crystal lens, thus it just keeps its extremely high linear quality in use. High straightness infrared laser line is always using together with those of night observing device, such as a CCD camera, black and white camera or other night vision observing device.
Within about 0.5 meter to 3 meters installation height, infrared laser alignment is just able to install on any night vision device, thus easily getting quite satisfied IR laser line positioning in distance. No matter what kind of output power users have selected, infrared laser module just generates super powerful thermal energy. Users should not only choose correct output power according to exact work distance, but also try to take active measures with a laser safety goggles until getting the most secured infrared alignment laser line positioning as expected.