Industrial Alignment Laser

The genuine line measuring work with a 650nm red line laser module can be applied for a lot of industrial raw material processing work fields. It applies the wavelength of 650nm semiconductor laser diode and a qualified optic lens with wide fan angles inside a highly durable housing tube. It is projecting a highly straight and bright red reference line onto different working surfaces, which gets different red line length and line thickness at different work distances. Owing to its ultra compact size tube design, being used as an accessory part, this laser line generator allows quite easy installation and integration, and quick reaching of red reference line indication onto multiple raw material surfaces conveniently. 
Applications: 
Cutting processing: 
Metal cutting: On metal sawing machines, shearing machines and other equipment, the straight line projected from 650nm red laser line generator can be used as a cutting reference line, allowing operators to control the cutting direction more accurately, ensure the straightness of the cutting, improve cutting accuracy and reduce material waste.
Wood cutting: when red laser line is used in woodworking saws, such as single-blade longitudinal saws, multi-blade longitudinal saws, etc., it can provide clear line markings for sawing operations, helping workers to cut wood according to a predetermined straight line, improve the accuracy of sawn boards, and improve work efficiency.
Stone cutting: In equipment such as stone bridge cutting machines, the 650nm red line laser module can provide precise line positioning for cutting tools, ensure the dimensional accuracy and surface flatness of stone cutting, and reduce cutting errors.
Welding processing
Positioning welding position: Before welding, the straight red line projected by the 650nm red laser line generator can mark the welding position and path, allowing workers to accurately align the welding gun with the welding part, improve the accuracy and consistency of welding, and ensure welding quality.
Auxiliary weld tracking: cooperate with welding robots or automated welding equipment as an auxiliary tool for weld tracking. The relative position of the red laser line and the weld is identified through the visual system, and the welding path is adjusted in real time to ensure the quality and stability of the weld during welding.
Sheet metal processing
Line positioning: During the processing of sheet metal materials such as steel plates, the 650nm red line laser module can project a straight red line on the surface of the sheet to mark the processing positions such as cutting and bending, providing an accurate benchmark for subsequent processing operations.
Flatness detection: Project a straight red laser line onto the surface of the sheet metal. By observing the shape and reflection of the laser line, the flatness of the surface of the sheet metal can be quickly detected, and problems such as unevenness or deformation can be discovered in time.
Electronic manufacturing
PCB processing: During the cutting, drilling and other processing of PCB circuit boards, accurate positioning lines are provided to ensure the accuracy of the processing position and improve the processing accuracy and quality of PCBs.
SMT positioning: In surface mount technology (SMT), it provides positioning reference for the placement machine to help the placement machine accurately place electronic components at the specified position of the PCB board, improving the placement accuracy and efficiency.
Other applications
Material handling and sorting: On the automated production line, it provides positioning instructions for the material handling and sorting equipment to ensure that the material can be accurately placed at the specified position or on the conveyor belt, improving the accuracy and efficiency of material handling.
Quality inspection: In conjunction with the machine vision system, it is used to detect the size, shape, position and other parameters of the product. By projecting a red straight line onto the surface of the product, the machine vision system can quickly and accurately determine whether the product meets the quality standards based on the imaging of the laser line.