In any type of high precision and high brightness cross line projection at a longer distance than formal hand reaching, not able to rely on prior cross line drawing or printing work, a lot of engineers and professionals would prefer to operate a high energy density beam emitted tool of a 635nm red cross line laser module. The projected red cross line laser source gets the featured advantages of high direction and good monochromatic, capable of focusing to a very small spot. This allows for micron-level precision positioning, meeting the high-precision requirements of machining. Based on its correct use of output power and optic lens fan angle, and proper integration with industrial device or equipment, this ultra compact structure made red cross laser alignment enables low production cost, easy reaching and highly precise cross line generation onto multiple working surfaces conveniently.
Comparing with 650nm red laser, the usual use of a 635nm red cross line laser module gets much shorter wavelength, which enables at least 3 times brighter red laser light emission. Further more, owing to its low laser beam divergence of less than 1mrad and special TEM00 laser beam mode, it gets ultra fine and bright two perpendicular red lines generation at various work distances and multiple ambient lighting occasions as well. In practical cross line measuring works, based on the use of a metal heat sink cooling system inside a highly durable anodized aluminum alloy housing tube, this Pro red cross laser alignment gets good heat dissipation. It can maintain stable output power and minimal wavelength drift over long periods of operation, resulting in a lifespan of over 12,000 hours.
When cross line alignment is processing at a longer distance than formal hand reaching, this purity light emitted 635nm red cross line laser module just shows its superiority. It applies a qualified glass coated lens with 10, 15 and 110 degree fan angles and adjustable focus optic lens inside its durable metal housing tube. When it projects highly fine and bright two perpendicular red lines within 0.5 meter to 6 meters length, it is not only used for natural lighting occasion, but also making satisfied cross line measurement within 25 meters and high lighting working environments as well. Red cross lines can be easily observed by human eyes in brightly lit production environments, facilitating quick and accurate positioning.
Being made with durable anodized aluminum alloy housing tube design, this 635nm red cross line laser module gets special shock resistance performance, which operates stably even on heavy machinery and withstands the complex vibration environment of machining workshops. It is suitable for a wide range of applications, including woodworking machinery, sheet metal shearing and pressing machines, tire building machines, and shoemaking machines. It can also process a wide range of materials, including metals, plastics, and ceramics, offering exceptional processing flexibility for cutting, welding, and marking.
Applications in the machining industry:
Machine tool setting assistance: This 635nm red cross line laser module can be installed on lathes, milling machines, and other machine tools to project cross lines onto the workpiece, helping operators quickly and accurately determine the relative position of the tool and workpiece, reducing tool setting time and improving machining accuracy.
Part assembly positioning: In scenarios such as automotive production lines, red alignment laser acts as the “eyes” of the robotic arm, projecting red cross lines to enable robots to precisely install parts like car doors, with an error controllable within 0.5mm.
Equipment calibration: Crosshairs projected on CNC machine tools can be used to calibrate the X/Y axes for absolute parallelism. On conveyor belts, crosshairs can be used to indicate belt deviation, facilitating quick adjustments.
Quality Inspection Marking: After cutting steel plates, a crosshair projection can be used to quickly verify the verticality of the cut edges. For plastic parts, a red line can be used to mark the product edge, making it easier to detect defects such as burrs through a magnifying glass.
