Laser Welding of Metal Sheets | High-Precision & Strong Joining for Stainless Steel, Aluminum & More
Tired of traditional arc welding techniques that produce rough surfaces, require high purity argon gas and limit welding efficiency? Look…
What are the types of laser welding technology? What materials and industries are they used for?
Laser welding, as an efficient joining technology, has been widely used in several fields in recent years, especially in the…
Copper laser welding challenges and solutions
Laser welding is an advanced manufacturing technology with high precision and efficiency. However, for copper, the process is challenging due…
What are the hazards of laser welding of base materials with phosphide layers?
Phosphate layer is a common surface treatment. Phosphate layer plays a vital role in rubber-metal bonding, not only improving bond…
5 Things You Need to Know About Laser Welded Batteries
Producing safe battery modules is a critical step in the electric vehicle manufacturing process. Correctly connecting the battery to the…
Application, advantages, principle and development direction of laser cutting technology
Laser cutting is the most important application technology in the laser processing industry, which accounts for more than 70% of…
Solutions to five laser welding defects
Five laser welding defects in the solution — Industrial Applications With the development of industrial manufacturing in the direction of…
Relationship between laser welded depressions and assembly clearance in mild steel
The problem of dents in mild steel during laser welding is closely related to the assembly gap. The assembly gap,…
Why Choose Short Wavelength Laser Welding? Solving Challenges in Reflective and Thin Materials
Short wavelength laser welding is a highly efficient welding technique, especially for materials with high reflectivity and high thermal conductivity,…