The general use of a 650nm red laser diode module adopts high quality 650nm red laser diode as its core part, which can efficiently generate red laser light with a wavelength of 650nm. In order to make sure of clear and bright red laser beam and red dot projection in long time and long distance use, it is equipped with a high quality optically coated glass lens so as to collimate and focus the red laser beam to ensure highly clear red dot projection and low beam divergence angle. Cooperated with inner thermal emitting system inside durable housing tube, only after its easy installation and integration with desired machine or equipment, 650nm red dot laser enables long time lasting and ultra stable red dot indication for a lot of raw material processing works conveniently.
Usually 650nm red laser diode module is equipped with high performance APC, ACC driving circuit board inside its durable anodized aluminum alloy housing tube. It is able to ensure the stability of the working current of the 650nm red laser diode, thereby ensuring the stability of the output power. When it is used within wide range operating temperature and other harsh working occasion, including humidity, wide range operating temperature, mechanical moving or calibration etc, this direct diode emission made 650nm red dot laser still maintains ultra stable and reliable red dot projection and long serving lifetime in proper use.
In practical precise dot measuring work, 650nm red laser diode module is not only getting good heat dissipation performance, but also can dissipate the heat generated by the 650nm red laser diode in time. It can easily obtain ultra stable red dot projection under different ambient temperatures and good durability of long term use. When operators are aware of work distance and lighting occasion, only after its correct use of output power and correct operating voltage made DC power supply, this 650nm red dot laser is able to make ultra precise and stable dot measurement and position for multiple application fields, covering laser marking, engraving, welding, inspection etc.
When 650nm red laser diode module applies different dimension tube diameter of 16mm and 26mm, together with electric wires extension, it just enables quite easy installation, no barrier and good directivity red reference dot projection onto multiple raw material surfaces. After its easy installation and integration into various industrial equipment and system, it can be flexibly used in occasions within limited space. Owing to its standardized electrical interfaces and mechanical installation interfaces, this red dot laser is convenient for concentration and integration with other equipment, reducing the difficulty and cost of system integration.
Applications:
Mechanical processing positioning: In mechanical manufacturing, it provides accurate red dot positioning benchmarks for the processing and assembly of parts, helping workers to quickly determine the processing position and direction, and improve production efficiency and product accuracy.
Automated production line detection: On the automated production line, 650nm red laser diode module is used for the detection and counting of objects. Through precise red laser dot indication, the position and quantity of objects can be quickly identified to realize automated detection and counting functions.
Construction measurement: Horizontal and vertical positioning and line laying are performed in construction to ensure the accuracy of the building structure and the construction quality.
Laser ranging and mapping: Red laser light is used as the light source of laser ranging equipment and mapping instruments, it uses its precise beam directivity to achieve high-precision measurement of parameters such as distance and angle, and provide data support for industrial measurement and geographic information collection.
Industrial vision system: In the industrial vision inspection system, 650nm red dot laser acts as a light source or indicator light source to help cameras or sensors accurately capture the characteristics and position information of objects for product quality inspection, defect identification, etc.
