Hand-Held Laser Welding Machine
8 Main Features of Laser Welding Machine
High Quality
Laser welders create clean, precise welds without the need for grinding or polishing. The smooth, consistent appearance is valuable in industries with high aesthetic standards, like high-end manufacturing.
Low Cost
Laser welders save money long-term by completing jobs faster with less labor, being energy-efficient, and producing high-quality welds that require no post-processing.
Flexible Operation
Laser welders are very flexible and can be used to weld in any position, including overhead and vertical. Additionally, they are very easy to operate and require little training or experience to use effectively.
Flexible Operation
Laser welders are very flexible and can be used to weld in any position, including overhead and vertical. Additionally, they are very easy to operate and require little training or experience to use effectively.
Multifunction
Laser welding doesn't produce as much smoke or fumes as other types of welding, it can be a safer and more environmentally friendly process. It can also be more precise, which can reduce the risk of errors or accidents during the welding process.
Safer and more Environmentally
Laser welding is safer and eco-friendlier with less smoke and more precision, minimizing the risk of accidents and errors during welding.
More intelligent
The laser welding machine with a temperature sensor, double protective lens, and 1.6mm dual drive wire feeder is a cutting-edge technology that brings intelligent and humanized features to the welding process.
Multiple Languages
Multi-language support in laser welders helps users operate the machine effectively and communicate with people who speak different languages, making it easier to conduct global business.
Machine Description
Fiber laser welding is a technology that uses a high-intensity laser beam, generated by a fiber laser, to weld metal components together. The laser beam is focused into a small spot, which allows for precise and efficient welding.
Fiber laser welder is commonly used in industrial manufacturing processes, such as automotive and aerospace production, as it offers several advantages over traditional welding methods. For example, fiber laser welding can produce welds with a high level of accuracy, consistency, and repeatability. It can also produce deeper, more narrow welds, which can be beneficial for certain types of applications.
In addition, fiber laser welding is a non-contact process, which means that there is less risk of material contamination or damage to the welding equipment. This can help to improve the overall quality of the weld and reduce the need for post-welding cleaning or refinishing.
Main Advantages
High power fiber laser cutter offers a fully enclosed, protective design with automatic dust collection for safety and environmental protection. It has an efficient and economical, automatic switching platform with exchange tables for stable, reliable, and automatic loading and unloading. Available in various sizes with 10-40kw laser power, it’s suitable for cutting various materials. Certified by CE/FDA, it’s versatile and productive, and the 20-second auto-exchangeable platform maximizes efficiency.
Product Features
360° Welding Achieves Precise, All-around Welding
Fiber laser welding machine provide complete coverage of the weld joint, allowing for a more efficient and effective welding process.Our advanced 360-degree welding technology is a cutting-edge solution for welding applications that require complete and precise welds.This method is particularly suited for thin-walled materials and precision parts, enabling spot welding, butt welding, stack welding, and sealing welding with a high aspect ratio, small weld width, minimal heat affected zone, and negligible deformation. The fast welding speed often eliminates the need for post-welding processing or requires only minimal processing.
Compact and Portable.
High-strength aviation aluminum alloy beams have a lightweight design and low inertia. Their triangular reinforced structure enhances rigidity and shock resistance. After annealing, rough machining eliminates internal stress, while secondary vibration aging treatment strengthens the structure. The resulting fine machining further enhances the beams’ strength and stability.
Technical Parameters
|
Material
|
Aluminum
|
Stainless Steel
|
Carbon Steel
|
Galvanized Sheet
|
|---|---|---|---|---|
|
1000 w
|
1.5 mm
|
2.0 mm
|
2.0 mm
|
1.5 mm
|
|
1500 w
|
2.0 mm
|
3.0 mm
|
3.0 mm
|
2.0 mm
|
|
2000 w
|
3.0 mm
|
4.0 mm
|
4.0 mm
|
3.0 mm
|
Working Video
Laser welding machines can be used to weld a wide range of metals and alloys, including stainless steel, aluminum, copper, chromium, nickel, and titanium.
Fiber laser welding machines, in particular, are widely used in a variety of industries, including the IT industry, medical equipment, communications equipment, aerospace, machinery manufacturing, battery manufacturing, elevator manufacturing, craft gifts, household appliances manufacturing, tooling, gears, automobile shipbuilding, and more.laser welding machines can offer high precision and accuracy, fast welding speeds, minimal distortion, and a small heat-affected zone. It has the characteristics of simple operation, beautiful welding seam, fast welding speed and no consumables.Laser welder can realize outdoor welding. The operation mode of hand-held welding gun can realize welding at any angle to the workpiece.It is suitable for various complex welding seams and points of various devices.
Welding Sample
Fiber laser welding machines, can be used to weld a variety of thicknesses in different metals and alloys. The specific thicknesses that can be welded will depend on the power of the laser, the wavelength of the laser, the welding speed, and other factors.Fiber laser welding machine can be used to weld aluminum in the thickness range of 1.0mm to 3mm, stainless steel in the thickness range of 2.0mm to 4.0mm, carbon steel in the thickness range of 1.5mm to 4.0mm, and galvanized sheet in the thickness range of 1.5mm to 3.0mm.
