1, Non-contact: Laser welding is a non-contact process, using a laser beam to weld without physical contact, making it unaffected by water. 2, Focusing capability: The laser beam can be focused to a small spot with high energy density, enabling it to penetrate water and generate sufficient heat for welding. 3, Water cooling technology: Laser welding machines can utilize water cooling technology to maintain stability and performance while operating underwater. 4,Application areas: Underwater welding finds wide applications in marine engineering, ship maintenance, underwater pipelines, etc., eliminating the need to disassemble equipment or workpieces for welding onshore. 5, Corrosion control: Underwater welding reduces the risk of oxidation and corrosion, enhancing welding quality and durability. #LaserWelding #UnderwaterWelding #NonContactWelding #HighEnergyDensity #WaterCoolingTechnology #MarineEngineering #ShipMaintenance #UnderwaterPipelines #CorrosionControl #PrecisionWelding #VersatileApplications #EfficientWelding #DurableWelds
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