Laser Welding Machine
Laser welding machine use a high-energy, focused laser beam to fuse metal components with extreme precision, high penetration, and minimal thermal distortion. It serves as an efficient alternative to traditional TIG and MIG welding across automated production lines and manual fabrication workshops.
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Quick ViewLaser Welding ＆ Laser CleaningAir-Cooled Hand-held Laser Welding Machine for Aluminium & Stainless Steel
$6,000.00 -
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Quick ViewLaser Welding ＆ Laser Cleaning
Precision Dual-Axis Pulse Laser Cleaner for Furniture & Rust
$8,000.00 -
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We cooperate with the highest quality fiber laser accessory brands, all to provide you with higher efficiency and performance！
Fiber Laser Source
The core power source. Our standard laser brands include Raycus and Max. Different power levels determine cutting depths.Control System
Laser Cutting Head
Wire Feeder
Wide range of application scenarios:
Laser welding is sparking an efficiency revolution
across various industries
Outperform traditional methods with ultra-precise, autogenous fusion.
Experience zero material warping, process dissimilar metals effortlessly,and significantly lower the barrier for operator training.
Automotive & EV Manufacturers
The automotive industry is undergoing a high-speed transition to e-mobility, and laser welding is at its core. Automated laser systems deliver the deep-penetration and low-heat-input required to weld delicate EV battery tabs, busbars, and cell casings without damaging heat-sensitive battery chemistry. Additionally, it easily handles highly reflective dissimilar metals (like copper-to-aluminum) and is heavily utilized in Body-in-White (BIW) assembly for lightweight, high-strength structural rigidity.
Medical Device
In the medical field, absolute hygiene and precision are non-negotiable. Laser welding provides hermetic (airtight and watertight) seals with zero porosity and a microscopic Heat-Affected Zone (HAZ). This ensures zero metallurgical contamination and leaves no micro-crevices for bacterial traps. It is the gold standard for manufacturing life-saving devices such as titanium pacemakers, endoscopic instruments, and biocompatible bone implants.
Sheet Metal Fabricators & Job Shops
Job shops and general fabricators are rapidly replacing traditional TIG and MIG machines with handheld fiber laser welders. Capable of processing materials up to 4 to 10 times faster than arc welding, laser technology significantly lowers the operational skill barrier. It prevents burn-through and warping on thin metals (0.5mm to 6mm), practically eliminating the labor-intensive costs of post-weld grinding and polishing.
Kitchenware & Home Appliance
The “white goods” sector demands a perfect balance of sanitary compliance and high-end cosmetic finishes. Laser welding creates seamless, watertight joints on thin-gauge stainless steel used for sinks, ovens, range hoods, and insulated mugs. By minimizing thermal distortion, it preserves the brushed or polished surface aesthetics and prevents the dark heat tint typically caused by traditional welding.
Electronics & Semiconductor
As consumer electronics shrink, the demand for micro-precision joining skyrockets. Electronics manufacturers utilize low-power, ultra-precise laser beams to seal micro-sensor housings, battery tabs, and smartphone chassis. The highly concentrated energy transfer allows operators to weld metallic enclosures rapidly without transferring damaging heat to surrounding micro-wiring or fragile printed circuit boards.
6. Jewelry & Dental Laboratories
Precision spot laser welders are indispensable for intricate, micro-scale repairs. Jewelers use desktop laser welders to resize rings, repair fine watch mechanisms, and join precious metals (gold, silver, platinum) without the need to remove heat-sensitive gemstones. Similarly, dental technicians rely on micro-laser welders to seamlessly repair titanium dental prosthetics, bridges, and orthodontic appliances with pinpoint accuracy.
