Laser cutting – common cutting process problems
1.Cutting instability 2. cutting sample pieces of a surface hanging slag 3.cutting and cutting 4.cutting thick plate burst hole 5.the…
Common methods of weld inspection
In modern industrial production, the quality inspection of laser welds is critical. To ensure the safety and reliability of welded…
YAG Laser Welding in the Automotive Industry
The automotive industry is constantly striving to improve product performance and fuel efficiency by reducing vehicle weight. The recent use…
Titanium Tube Laser Welding Operation Guide: Improving Efficiency and Accuracy
During the welding of factory titanium tubes, the depth of the weld seam is determined by the thickness of the…
Automotive Laser Welding: Driving the Future of Assembly
Laser welding technology is characterized by high process efficiency and flexibility. In the process of automobile manufacturing, it can be…
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…