Basically designed with import 635nm red laser diode with 100mW, pro red cross laser alignment is projecting at least 3 times brighter red laser light from formal 650nm red laser device. It gets much lower laser beam divergence than 650nm red laser device. Although it is getting a bit higher production cost, however, it is fulfilling the need of the highest level of accuracy cross line projection at great distance. At the same time, when users are making quite easy screw of adjustable focus optics, red laser module enables immediate red laser light focusing and extremely fine and straight red cross line source projection.
According to quite easy use of an external DC input power supply, accepting wide range electric current within 100V to 240V, 100mW pro red cross laser alignment is applying for various working environments. The special use of durable aircraft used aluminum alloy housing tube makes perfect configuration with inner metal heat sink cooling system. Usually within wide range operating temperature of -10 to 45 degree Celsius, 100mW red cross line laser enables highly bright and visible cross line projection. Even though there is increasing temperature of laser module tube, however, special electric wires extension for both red laser module and DC power source enables freely installed distance of 3 meters, and the best protection from overheating and over current in constant use.
Whatever kind of working surface it is pointing, 100mW pro red cross laser alignment allows easy operation as an accessory part. This 26mm diameter tube made laser device enables easy installation onto any industrial machine or device, achieving the most satisfied measuring result for multiple application fields, including laser alignment for screen printing system, laser medical therapy, heat transfer machine and other scientific research works etc. In occasion that the most powerful red alignment laser light and thermal energy are generating from beam aperture, even though it is projecting extremely clear cross line projection at great distance, there is also serious thermal energy hurt to human eyes. It is a key issue to wear correct laser safety goggles and avoid eye exposure until achieving the most satisfied measuring result at great distance effectively.