As a pioneer in the field of laser equipment manufacturing, our company is proud to introduce a revolutionary handheld laser welding system that redefines the efficiency and versatility of industrial welding. By integrating cutting-edge fiber laser technology with an ergonomic and portable design, this innovative achievement enables various industries to achieve high-quality seamless welding across different materials and complex geometric structures.
Core Advantages: The Combination of Precision and Flexibility
Outstanding Portability and Ease of Operation
Unlike traditional bulky welding equipment, our handheld system integrates a lightweight welding gun (weighing ≤ 1.5 kg) and a 5 – 10-meter flexible fiber optic cable, allowing operators to work freely in confined spaces or on large projects. The intuitive interface design enables novice operators to complete professional-level welding after just a few hours of training.
Outstanding Portability and Ease of Operation
Unlike traditional bulky welding equipment, our handheld system integrates a lightweight welding gun (weighing ≤ 1.5 kg) and a 5 – 10-meter flexible fiber optic cable, allowing operators to work freely in confined spaces or on large projects. The intuitive interface design enables novice operators to complete professional-level welding after just a few hours of training.
High-Quality Weld Seams and Low Post-Processing Requirements
The system employs a focused laser beam with a wavelength of 1064 nm and an energy density as high as 10^6 W/cm². The heat-affected zone of the deep and narrow weld seams produced is 70 – 90% smaller than that of the TIG/MIG processes, achieving smooth weld beads without spatter and eliminating the grinding and polishing procedures.
The system employs a focused laser beam with a wavelength of 1064 nm and an energy density as high as 10^6 W/cm². The heat-affected zone of the deep and narrow weld seams produced is 70 – 90% smaller than that of the TIG/MIG processes, achieving smooth weld beads without spatter and eliminating the grinding and polishing procedures.
High Efficiency, Energy Saving, and Cost Optimization
With a photoelectric conversion efficiency of over 30% and an energy consumption of ≤ 3 kW/hour, it reduces energy costs by 50% compared to traditional welding. It has nearly zero consumables, significantly reducing long-term operating expenses.
With a photoelectric conversion efficiency of over 30% and an energy consumption of ≤ 3 kW/hour, it reduces energy costs by 50% compared to traditional welding. It has nearly zero consumables, significantly reducing long-term operating expenses.
Adaptability to Complex Scenarios
Equipped with an oscillating welding head and adjustable pulse width technology ranging from 0.1 to 45 ms, it can precisely control the penetration depth from 0.2 to 4.0 mm, and is especially suitable for complex joints such as thin sheets (< 2 mm), corners, curved surfaces, and overlapped edges.
Equipped with an oscillating welding head and adjustable pulse width technology ranging from 0.1 to 45 ms, it can precisely control the penetration depth from 0.2 to 4.0 mm, and is especially suitable for complex joints such as thin sheets (< 2 mm), corners, curved surfaces, and overlapped edges.
Material Compatibility: Application Solutions for Multiple Industries
The system supports the welding of more than 20 metal materials, including:
The system supports the welding of more than 20 metal materials, including:
Stainless Steel Series: 304/316L/Duplex Steel, suitable for kitchen utensils, medical devices, and building components
Non-Ferrous Metals: Aluminum Alloys (1xxx – 6xxx Series), Copper/Brass/Titanium Alloys, used for electronic components and heat exchangers
High-Strength Alloys: Die Steel (H13/D2), Nickel-Based Superalloys (Inconel 625), serving automobile molds and offshore platforms
Dissimilar Metal Combinations: Copper-Nickel, Titanium-Molybdenum, Steel-Aluminum Hybrid Welding, meeting the innovative needs of new energy batteries and semiconductor equipment
Industry Application Scenarios
Automotive and New Energy Manufacturing
It realizes airtight welding of battery trays and lightweight aluminum chassis welding, 2 – 3 times faster than robotic arc welding.
Non-Ferrous Metals: Aluminum Alloys (1xxx – 6xxx Series), Copper/Brass/Titanium Alloys, used for electronic components and heat exchangers
High-Strength Alloys: Die Steel (H13/D2), Nickel-Based Superalloys (Inconel 625), serving automobile molds and offshore platforms
Dissimilar Metal Combinations: Copper-Nickel, Titanium-Molybdenum, Steel-Aluminum Hybrid Welding, meeting the innovative needs of new energy batteries and semiconductor equipment
Industry Application Scenarios
Automotive and New Energy Manufacturing
It realizes airtight welding of battery trays and lightweight aluminum chassis welding, 2 – 3 times faster than robotic arc welding.
Home Appliances and Bathroom Products
The welding of stainless steel sinks and copper pipes of range hoods has no discoloration or deformation, maintaining the aesthetic quality of high-end products.
The welding of stainless steel sinks and copper pipes of range hoods has no discoloration or deformation, maintaining the aesthetic quality of high-end products.
Customized Processing and Artistic Creation
It utilizes a spot diameter of 0.2 mm to complete micro-welding for brass sculptures, stainless steel signs, etc.
It utilizes a spot diameter of 0.2 mm to complete micro-welding for brass sculptures, stainless steel signs, etc.
Equipment Maintenance Field
It supports on-site repair without disassembly for ship hulls, industrial equipment, and cultural relics.
It supports on-site repair without disassembly for ship hulls, industrial equipment, and cultural relics.
Post time: Apr-14-2025