This 635nm 50mW pro red dot laser alignment enables quite easy use in any industrial dot measuring work. The special use of durable aircraft used aluminum alloy housing tube makes perfect configuration with inner metal heat sink cooling system, in continuous dot projection work, it achieves superior nice thermal conductivity. Usually within wide range operating temperature of -10 to 45 degree Celsius, it is generating highly bright red laser light, and keeping highly stable and reliable dot projection under any mechanical moving or calibration etc.
On basis of advanced use of import 635nm red laser diode, not the same as formal laser device, 50mW 635nm pro red dot laser alignment always gets at least 40% improvement of laser beam stability in continuous use. Inside its 26mm diameter tube, it just leaves enough space for inner metal heat sink cooling system and APC, ACC driving circuit board. Even though 635nm red laser module tube temperature is increasing seriously, however, the intelligent feedback system still protects red laser module from any possibility of laser tube burning out or damage, ensuring extremely stable dot positioning result within 8 to 10 hours per day.
Whatever kind of working surface it is pointing, under the special use of laser alignment mounting bracket, 635nm pro red dot laser alignment enables convenient and easy installation onto any machine or device. The special use of electric wires extension for both alignment laser and DC power supply allows freely installed distance of 3 meters and quite easy dot generation for multiple application fields, including drilling system, military dot positioning, laser marking and laser engraving works etc. Whenever the most powerful green laser light and thermal energy are generating from laser beam aperture, it just brings serious hurt to human eyes. According to quite easy wearing of laser safety goggles and correct adjust of laser beam focus and laser dot targeting direction, this 635nm red laser module makes highly precise and secured dot measurement continuously.