In any type of ultra clear and precise cross line measurement at a longer work distance than formal hand reaching, even though it is far more enough than formal hand reaching, it should be the best job to operate a high density beam emitting device of a 445nm blue crosshair laser module. It gets much short wavelength, thus it is able to work with high visibility and high brightness blue laser beam at long extending distances. Usually it applies a qualified optic lens and basic thermal emitting system inside its durable housing tube, this 445nm blue laser module enables quite easy carrying, operating and operation for various raw material processing works conveniently.
This 445nm blue crosshair laser module applies an import 445nm blue laser diode within 50mW to 100mW and high power range up to 150mW to 500mW. In order to make long time lasting cross line projection, it has been made with a metal heat sink cooling system inside its durable anodized aluminum alloy housing tube. For the most important of all, after configuration with APC, ACC driving circuit board, besides its operation for superior nice thermal emitting and thermal conductivity, this blue laser alignment tool also gets perfect protection of itself from overheating and over current impact in continuous use.
Without any effect by increasing temperature, after configuration with industrial device or equipment, 445nm blue crosshair laser module enables quite easy installation, quick long lasting blue vertical and horizontal lines generation in long time use. It also gets long serving lifetime of more than 8,000 hours in proper use. Even though it is used in bright light or dusty environments, it can be clearly seen, which is convenient for operators to observe and operate. Within the lowest time consumption and the lowest relying on any manual labor force input, this cross line laser module always makes ultra precise and bright cross line indication within controlled errors within a very small range.
According to quite special use of adjustable focus optic lens design, blue crosshair laser module enables highly concentrated blue laser light emission, and highly efficient conversion of increasing brightness and fineness blue vertical and horizontal lines generations at greater distance and higher lighting occasions. It is merely effected by harsh working environments, operating temperature, humidity and others etc.
What are industrial Applications of 445nm blue crosshair laser module?
Mechanical processing: In the process of turning, milling, drilling and other processing, it provides accurate blue cross line source for the positioning of tools and workpieces, ensures the position accuracy of processed holes, grooves, planes, etc., and improves the processing quality of parts.
Automobile manufacturing: When used for welding automobile bodies, blue cross lines helps workers to quickly and accurately align body parts, ensure the accuracy of welding positions, and improve the overall accuracy and strength of the body. On the automobile assembly line, it provides positioning references for the installation of interior parts and the assembly of chassis components to ensure that all components are installed in place.
Electronic manufacturing: In the production of circuit boards, 445nm blue crosshair laser module provides positioning for the cutting, drilling, and patching of printed circuit boards (PCBs), ensures the accurate installation position of electronic components, and improves the production quality and reliability of circuit boards. In the production of liquid crystal panels, it is used for positioning of processes such as cutting of glass substrates and attachment of polarizers.
Robot visual guidance: Provides visual references for robots, helps robots accurately identify and grasp objects, determine the operation position and direction, enables robots to work according to preset paths and actions, and improves the accuracy and efficiency of robot operations.
3D printing: During the 3D printing process, 445nm blue laser module assists in calibrating the flatness of the printing platform to ensure that the printing material is evenly laid; it can also be used to determine the position and direction of the printed model to improve the accuracy and quality of 3D printing.
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