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China, Chinese New Welding Method for Pillow Board Using Fully Automatic Continuous Laser Welding Machine for Single and Double Embossed Board1 Industrial Products Supplier Manufacturer Details, price list catalog:
China Industrial Products Supplier Manufacturer List Catalog
Laser Welding MachineLaser Welding MachineHandheld Welding Machine
Shanxi Jingwei Chemical Fiber Machinery Co.,Ltd
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Product DescriptionThe core of a laser welding machine lies in using a laser beam with high energy density as a heat source to locally melt the welded materials and form a strong metallurgical bond. The entire process can be broken down into four key stages: "laser generation → energy transmission and focusing → material interaction → weld formation". These stages work in synergy to achieve efficient and precise welding results.A laser beam can be focused into a spot with a diameter of less than 0.1mm through an optical system, enabling precise alignment with a preset welding path. Even for "micro-welds", "narrow gaps" or "special-shaped structures" (such as circuit board pins, battery tabs, and micro-gears), uniform welding can still be achieved.After welding, the weld seam forms smoothly without obvious defects (such as undercutting and excessive reinforcement). In most cases, no subsequent grinding is required, which can meet the strict requirements for dimensional accuracy and appearance quality in high-end manufacturing—something that traditional welding methods (such as gas welding and resistance welding) can hardly achieve.Compared with the material limitations of traditional welding, laser welding machines can adapt to a variety of difficult-to-weld materials and special needs:They can weld high-melting-point/high-hardness materials (such as titanium alloys, superalloys, and tungsten steel), avoiding defects like "incomplete penetration" and "cracks" in traditional welding.The laser beam of a laser welding machine can be flexibly transmitted via optical fibers and seamlessly integrated with industrial robots, visual positioning systems, and motion platforms, enabling automated operations such as "3D curved surface welding" and "multi-station continuous welding".Meanwhile, welding parameters (laser power, welding speed, spot size) can be precisely adjusted through software, with extremely small parameter repeatability errors. This avoids the issue that traditional manual welding (e.g., manual arc welding) is affected by "welder skills and operational stability", ensuring consistent welding quality for every workpiece in mass production.SpecificationsLaser Power1000W, 1500W, 2000W, 3000W, 4000W, 6000W (Note: "VV" corrected to "W" based on laser power unit convention)Laser TypeFiber Laser TechnologyLaser Wavelength1070 - 1080 nmLaser SourceRaycus / IPG / MaxPTWeld HeadWSX / Raytools / Precitec (Note: Arranged by brand for clarity)Motorized (Weld Head Drive)Servo Motor (Note: "motdi" corrected to "Motor" for accuracy)Working AreaStandard: 1500×3000mm / 500×6000mm / 500×12000mm; Customizable options availableWater Cooler CapacityDepend on laser powerType of WaterDistilled water or pure waterHD CCD CameraExternalWeld Width Range0.5 to 5 mmRotary Device80mm (optional)Type of GasArgon gas / Nitrogen gasAir PressureNot specified (Note: Relevant parameter not provided in original data)Power RequiredAC 380V ± 10%, 50Hz, 3 PhaseTotal PowerDepend on laser power
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