Introduction to Laser Cutting Technology Laser cutting is an advanced manufacturing process that uses a high-energy laser beam to cut materials with exceptional precision and speed. By focusing the beam on the surface of the workpiece, it generates intense heat—often reaching tens of thousands of degrees Celsius—rapidly melting, vaporizing, or ablating the material. With the…

Challenges in Steel Processing and the Limitations of Traditional Techniques   In modern industrial manufacturing, steel is widely used across sectors such as construction, machinery, transportation, and energy due to its high strength, excellent processing performance, and broad application potential. However, the hardness and variety of steel also pose significant challenges to processing methods. Traditional…

The door ring is a vital structural element in vehicle design, connecting the door to the body-in-white and forming the first line of defense during side impacts. Traditional manufacturing relies on welding multiple stamped steel parts, a process that introduces complexity, deformation, and inconsistency.   Laser Tailor Welding offers a transformative solution by using high-energy…

Breaking Welding Bottlenecks   In large-scale shipbuilding, final welding and assembly is regarded as the critical last step in ensuring structural integrity and manufacturing precision. However, conventional welding processes such as Submerged Arc Welding (SAW) and Gas Metal Arc Welding (GMAW) are increasingly falling short when it comes to large-block assembly, high-strength material joining, and…

In the fast-paced manufacturing world, industries are always looking for ways to enhance efficiency, precision, and product quality. When it comes to cutting glass, one technology stands out: CO₂ laser glass cutting. This cutting-edge method is changing the way we work with glass across construction, automotive, and consumer electronics, offering precise cuts with minimal waste…