Handheld Fiber Laser Welding Machine Carbon Steel Soldering Machine

Key features of laser welding machines:

1. Narrow weld seam and small heat-affected zone, resulting in extremely low deformation of the workpiece after welding, eliminating the need for extensive post-weld correction and grinding;

2. High welding speed, far exceeding the efficiency of traditional arc welding, producing aesthetically pleasing and high-strength welds with no missed welds or weak welds;

3. Capable of precise welding of thin-walled parts, precision components, and micro-weld seams, and also suitable for complex and irregularly shaped weld seams;

4. Flexible operation, available in handheld (portable for small parts/on-site welding) and automated (compatible with workbenches/robots for mass production), adaptable to different production scenarios.

What is a laser welding machine?

A laser welding machine is a precision metal welding device that uses a high-energy-density focused laser beam as a heat source. The laser beam instantly melts the base material (wire feeding can be added as needed) to form 

a molten pool. After the molten pool cools and solidifies, the weld is formed. It is a highly efficient welding equipment that integrates laser technology and welding processes, emphasizing high precision, low deformation, and high 

adaptability. Unlike traditional electric arc welding and gas welding, it is ideally suited for the precision welding needs of various metals.

It can weld various metals such as carbon steel, stainless steel, aluminum alloys, and titanium alloys. It can handle the welding of thin-walled parts, small components, and complex irregular welds. It comes in two main types: 

handheld (portable and flexible, suitable for small parts and on-site welding) and automated (equipped with a workbench/robot, suitable for mass production and high-precision welding). The weld is narrow, the heat-affected zone 

is small, and the deformation of the workpiece after welding is extremely low. It is widely used in industries with high requirements for welding precision and workpiece integrity, such as automotive manufacturing, 3C electronics, 

medical devices, new energy, and aerospace.

What are the advantages of handheld laser welding machines?

1.High Welding Precision: The laser beam has strong focusing, resulting in narrow, aesthetically pleasing welds with a minimal heat-affected zone. Post-weld deformation/warping is low, eliminating the need for extensive 

subsequent grinding and correction. Suitable for welding thin-walled and precision small parts.

2.High Welding Efficiency: The high-energy-density laser beam melts quickly, achieving welding speeds 2-5 times faster than traditional arc welding. Continuous high-speed welding is possible, significantly improving mass 

production efficiency.

3.Wide Material Compatibility: Capable of welding various metals including carbon steel, stainless steel, aluminum alloys, titanium alloys, and copper alloys, including traditionally difficult-to-weld high-reflectivity and high-melting

-point metals. It can also weld dissimilar metals.

4.Superior Welding Performance: Uniform weld penetration, high bonding strength, free from defects such as porosity and incomplete welds. Stable weld quality meets the welding process standards of precision manufacturing 

and high-end equipment.

5.High operational flexibility: Available in handheld (portable and lightweight, suitable for on-site welding of small parts and irregular workpieces) and automated (equipped with a workbench/robot, suitable for mass production and

 complex trajectory welding), allowing for selection based on specific needs and adaptability to various scenarios.

6.Good process adaptability: Capable of spot welding, continuous welding, lap welding, and other welding processes, handling complex welding requirements such as micro welds and spatially irregular welds. It can also be 

equipped with a wire feeding system for welding medium and heavy plates.

7.More energy-efficient production: High electro-optical conversion efficiency, resulting in lower energy consumption compared to traditional welding equipment. It also produces no electric arc or smoke (with a dust removal system)

, creating a cleaner working environment that meets environmental protection requirements.

What industries are suitable for fiber laser welding machines?

Laser welding machines are characterized by high precision, low deformation, and multi-material compatibility. Their core applications are in manufacturing fields with high requirements for welding accuracy and workpiece integrity, covering scenarios such as precision small parts, high-end equipment, and new energy. Core industries and typical applications are as follows:

1. 3C Electronics Industry: Welding of micro-components such as mobile phone/computer frames, connectors, data cables, precision circuit boards, and micro-motors;

2. Automotive and New Energy Vehicle Industry: Welding of thin body panels, battery packs/ 1. Precision welding of components such as electrode tabs, motor housings, electronic control components, and exhaust pipes, including difficult-to-weld materials such as aluminum alloys;

2. New energy industry: High-precision welding of lithium battery positive and negative electrodes, energy storage battery modules, photovoltaic modules, and charging pile metal components;

3. Medical device industry: Deformation-free welding of surgical instruments, infusion sets, medical equipment housings, and precision implantable devices;

4. Aerospace industry: High-strength, low-deformation welding of aerospace parts, titanium alloy components, and aerospace precision accessories;

5. Precision hardware industry: Welding of small components and irregularly shaped welds for hardware accessories, fasteners, bathroom accessories, and metal ornaments;

6. Kitchen and bathroom appliance industry: Seamless welding of stainless steel sinks, range hoods, and disinfection cabinets, balancing aesthetics and strength;

7. Rail transit industry: Welding of thin plates for high-speed rail/subway carriages, door components, and precision rail components;

8. Shipbuilding and marine engineering: Corrosion-resistant welding of precision metal components for ships and components for marine exploration equipment.