When dot measuring work is processing continuously, 808nm infrared dot laser alignment would have to continue for quite long time, while still have to maintain good laser beam stability in continuous use. It employs import 808nm infrared laser diode as beam emitting source, available with wide range output power of 100mW to 500mW, this infrared laser module generates high photoelectric ability infrared laser light emission, and highly clear infrared laser dot projection at various distances. Formal low power infrared laser module is making clear dot measuring result within 50 meters. High power infrared laser up to 200mW to 400mW would make clear dot measurement as long as 100 to 1000 meters.
The genuine dot measuring work with 808nm infrared dot laser alignment is pointing onto various targeting surfaces. It is designing with durable aircraft used aluminum alloy housing tube. After getting enough space for inner metal heat sink cooling system, this IR laser diode module always gets superior nice thermal conductivity and highly stable infrared laser dot projection within wide range operating temperature as well. Either it is pointing under lower or higher operating temperature, it is still keeping stable performance and highly clear IR dot indication for multiple application fields, including military targeting, night hunting, infrared laser sight and monitoring works etc.
Whenever 808nm infrared dot laser alignment gets easy use as an accessory part, after quite special use of laser alignment mounting bracket, it is making sure of easy and convenient IR dot generation onto multiple targeting surfaces. On basis of quite special use of electric wires extension for both alignment laser and DC power supply, it is allowing freely installed distance of 3 meters and quick response IR dot generation in distance. Any time users are aware of powerful IR laser radiation and reflection, only after correct wearing of infrared laser safety goggles and avoiding of eye exposure to laser beam aperture, it just achieves high security and high precision IR dot measurement constantly.