LASER CUTTING

In the metal processing industry, fiber laser cutting machines remain the undisputed leader, and mastering auxiliary gas selection, cutting quality optimization, gas cost reduction, and mixed gas application has become the core competency for fabricators aiming to boost efficiency and profitability.   To process high-quality workpieces consistently, auxiliary gas is the most critical parameter in

Laser cutting stands as the cornerstone of modern industrial fabrication, merging high-performance fiber laser technology, adaptive AI intelligence, and new energy manufacturing demands into a single, transformative processing solution. Unlike outdated cutting methods, it delivers unmatched precision, speed, and sustainability—redefining efficiency across automotive, aerospace, electronics, and renewable energy sectors. What Is Laser Cutting? – Working

Introduction Various industries have widely used laser technology with the rapid development of laser technology. Laser cutting technology has also evolved from the original flatbed cutting to today’s tube cutting. The birth and application of professional laser tube cutting machines have greatly improved metal tube processing efficiency. This article will explain the advantages of the

Laser cutting stands as the backbone of modern industrial fabrication, and today’s fiber laser innovations have redefined what’s possible in precision cutting across metal processing, non-metal manufacturing, automotive, aerospace, electronics, and green energy production. As factories shift toward smart manufacturing, automation, AI process control, and sustainable production, choosing the right laser source is no longer

In today’s advanced industrial landscape, laser cutting and automotive manufacturing have become deeply interconnected, driving unprecedented progress in efficiency, precision, and cost control. A laser is a form of light amplified by stimulated emission of radiation, characterized by exceptional directivity, high brightness, and excellent monochromaticity. These unique properties make lasers widely applicable in a variety

Traditional processing methods in sheet metal shops include shearing, punching, and bending processes. Punching processes require many dies and are characterized by low or no cutting. When processing a product, it is usually equipped with dozens of sets of dies, and some products even require hundreds of sets of dies. From an economic standpoint, many