In process of continuous dot alignment work, not the same as a formal laser pointer device, this 635nm red laser diode module would have to work for quite long time, but not only used for temporary dot positioning work. It is adopting DC input power supply as its electric power source. In addition, owing to quite special design with metal heat sink cooling system, this red dot laser is just becoming a real industrial stabilized dot measuring tool. Within wide range output power of 5mW to 100mW, after proper equipment with 3V or 9V electric power source, it is keeping work with continuous red reference dot projection immediately.
Whatever kind of working surface it is pointed, owing to the adoption of import 635nm red laser diode, this red laser diode module is always getting at least 40% improvement of laser beam stability. It is generating high purity red laser light from 635nm red laser diode, on basis of quite low beam divergence and special laser beam mode of TEM00, this red dot laser is available with good round shape and the most compact size red reference dot emission in use. When this alignment laser is getting the most important design part of adjustable focus, high concentration red laser light is temporarily focused, and then obtaining quite accurate dot projection in distance easily.
When some of working surface is not easy to reach, this accessory part of 635nm red laser diode module is still allowing quite convenient use after the assistance of laser alignment mounting bracket. If there are some of working surface it is not easy to reach, however, red alignment laser dot is easily adjusted within three dimensions, which will easily achieve any long distance, high height and other complex working environments etc. If quite powerful and intense red light and thermal energy are produced from laser beam aperture, in order to avoid eye exposure to beam aperture, users should wear laser safety goggles and install this red dot laser to correct position, it makes sure of clear and free measurement constantly.