Laser Welding Machine
(Total 4 Products)
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Min. Order:1Automatic Stainless Steel Strip Laser Welding Machine: An automated benchmark for stainless steel strip weldingIn the diverse scenarios of metal welding, various types of equipment perform their respective duties: The Friction Welding Machine... -
Min. Order:1Industrial Platform Laser Welder Machine for Metal Welding: Resetting the new benchmark for Metal WeldingIn the vast field of metal Welding, various types of equipment have their own strengths - the Friction Welding Machine achieves a firm... -
Min. Order:1Robotic Laser Welding Machine: Initiating a New Era of Metal Welding AutomationWhile the field of metal Welding is still relying on traditional equipment to operate independently - the Friction Welding Machine builds strong joints through friction,... -
Min. Order:1Handheld Optical Fiber Laser Welder Welding Machine: A flexible innovator in the field of weldingIn the world of metal welding, various types of equipment hold their own positions: The Friction Welding Machine achieves a strong connection by the...
Laser welding machines use high-energy laser beams (generated by fiber, CO₂, or YAG lasers) to melt and join metal materials. The laser beam, with high energy density (up to 10⁶ W/cm²), focuses on the weld area, heating materials to melting point quickly, then forming solid joints as it cools—all without physical contact with workpieces.
These machines stand out for key advantages. First, precision: The narrow laser beam (spot diameter 0.1-1mm) enables micro-welding, ideal for small parts like electronics components. Second, high efficiency: Welding speeds reach 5-10m/min, 2-3x faster than traditional arc welding. Third, minimal heat impact: The small heat-affected zone (HAZ) reduces workpiece deformation, critical for thin metals (0.1-2mm thick).
Fourth, versatility: They weld diverse materials—steel, aluminum, copper, and even dissimilar metals (e.g., aluminum to steel), adapting to industries like automotive, aerospace, and electronics.
In applications, automotive sectors use fiber laser welders for battery tabs (EVs) and body parts, ensuring strong, lightweight joints. Aerospace relies on them for turbine blades (titanium alloys) due to high-temperature resistance. Electronics factories use micro-laser welders for circuit boards and sensor pins, avoiding damage to fragile components. Medical device manufacturing also benefits, welding stainless steel surgical tools with sterile, burr-free joints.
Future trends focus on smart integration—AI and vision systems for real-time weld monitoring—and energy efficiency, with fiber lasers cutting power use by 30% vs. CO₂ models. Compact, portable designs also expand their use in on-site repairs, making laser welding machines vital for modern manufacturing.
Laser welding machine
The laser welding machine uses a high-energy laser beam as the heat source to achieve precise welding of various metal materials. This equipment generates high-density energy through fiber optic or disc lasers, capable of achieving micron-level precision welding to thick plate deep penetration welding. It features a small heat-affected zone and low deformation, making it particularly suitable for the processing of high-precision components.