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Continuous wave laser welding is available in two configurations to suit different operational requirements: the air-cooled variant offers a compact, lightweight, and portable solution requiring minimal setup and maintenance, making it well suited for flexible on-site operations, small workshops, and applications involving light to medium material thicknesses; the water-cooled variant is engineered for sustained heavy-duty production, providing superior thermal stability and consistent beam output during extended continuous operation, making it the preferred choice for high-power industrial environments and demanding fabrication tasks.
Plate laser welding systems are designed for flat sheet metal fabrication, delivering clean, consistent seams with minimal heat distortion across a wide range of common metals.
Galvanometer (Galvo) scanning welding uses high-speed mirror deflection to enable rapid, precise beam positioning, making it ideal for high-throughput production and complex weld geometries.
Robotic automatic welding integrates industrial robot arms with fiber laser sources, providing fully automated, flexible welding solutions for three-dimensional components and continuous production lines.
YAG pulsed laser welding produces fine, deep-penetration weld spots suited to precision micro-welding, mold repair, and intricate small-part fabrication.
Laser cladding is an advanced surface engineering process that deposits wear-resistant, corrosion-resistant functional coatings onto base metal substrates, extending component service life in the most demanding operating environments.
