Laser welding was one of the earliest applications in industrial laser material processing. In most early applications, lasers produced higher quality welds, resulting in increased productivity. As laser types have evolved, laser sources are now available with a higher power, different wavelengths, and a wider range of pulse capabilities. Furthermore, improvements in beam propagation, machine […]
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What is a Laser Welding Machine? A laser welding machine uses high-energy pulsed or continuous-wave lasers to irradiate workpieces and achieve precise, high-strength fusion joining. As smart manufacturing sweeps global industry, fiber laser welding has become the dominant technology, replacing outdated welding methods with unmatched speed, accuracy, and consistency. Modern laser welding equipment delivers concentrated,
Ultimate Powerful Guide to Laser Welding Machines 2026: Definitive, Future-Proof Read More »
Optical fiber and CO2 lasers have their very own advantages, as well as different lasers must be chosen according to different needs.
Which is Better: CO2 Laser or Fiber Laser? Read More »
Fiber lasers are all over the modern globe. As a result of the different wavelengths they can generate, they are commonly used in industrial environments to carry out cutting, marking, welding, cleaning, texturing, drilling, and also a whole lot much more. They’re also employed in some other fields, including telecommunications and medical. Fiber lasers employ
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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
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Preface Compared with conventional welding technology, laser welding (see Figure 1) has the following benefits: Adjustable and central energy density. No contact with the welded workpiece. High welding effectiveness. Narrow joint and high strength after welding. It is actively used in equipment manufacturing fields such as automobiles, ships, aerospace, and continues to broaden to more
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As a brand-new material, stainless steel has been commonly used in aerospace, car parts, and other fields since its deterioration resistance and formability. The application of laser welding to stainless steel inhabits a very crucial position, specifically in the vehicle market. The body is all connected by welding. Due to the impact of many factors,
Ultimate Guide: Eliminate Laser Welding Distortion on Stainless Steel (2026) Read More »
Aluminum alloy has lightweight, has good toughness, has a high yield ratio, and is easy to procedure and type. It is extensively used in welding structure products such as containers, machinery, electric power, chemical market, aviation, and aerospace. Making use of aluminum alloy rather than steel plate welding can significantly minimize structural quality. Aluminum is
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Flight Welding Laser flight welding integrates remote welding, galvanometer, and manipulator advantages with expert graphics processing software to realize instantaneous multi-track welding in a three-dimensional area. It is generally used in the car body, seat, and common auto parts. In terms of products, it can be used in all types of steel plates, cold-rolled plates,
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Laser Cladding Overview Laser cladding refers to a process using different filler approaches on the surface area of the coated substrate to position selected finish materials. It melts a thin layer on the surface of the substrate after being irradiated by the laser. It rapidly strengthens to form a surface coating with incredibly low dilution
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