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The working principle of the CW laser cleaning machine is continuous irradiation. Heat is steadily conducted inside the material. The laser heats the area, causing contaminants to melt or burn. This enables large-area and high-speed peeling. Although this method is highly efficient, it can easily lead to micromelting and surface deformation of the metal substrate. In modern production, CW laser cleaning machines are widely used for cleaning large industrial pipelines and ships. They efficiently remove large areas of stubborn paint or thick rust. Large area cleaning capacity and high efficiency are the main advantages of CW laser cleaning machines. This article discusses the advantages and disadvantages of CW laser cleaning machines. ​ 1. Advantages of CW laser cleaning machine 1.1 High Cleaning Efficiency CW laser cleaning machines have extremely high cleaning efficiency across different power levels. Taking rust removal as an example, for rust layers with a thickness not exceeding 5...

  Industrial laser marking machines have become an essential part of modern manufacturing. From automotive parts to medical devices, these machines provide permanent, precise, and high-speed markings on a wide range of materials. For beginners entering the manufacturing or industrial sector, understanding how laser marking works can help improve product quality, traceability, and production efficiency. In this beginner’s guide, we will explore what an industrial laser marking machine is, how it works, its main types, applications, and the benefits it offers. What Is an Industrial Laser Marking Machine? An industrial laser marking machine is a device that uses a focused laser beam to create permanent marks on the surface of a material. These marks may include: Logos Serial numbers QR codes Barcodes Product information Decorative patterns Unlike traditional printing or engraving methods, laser marking is contactless, meaning the machine does not physically touch the material during ...