This marking is permanent and is usually done with the help of fiber, pulsed, continuous wave, green, or UV laser machine. Nowadays, laser marking is also performed using automation technology at high speed, which improves traceability and adds durable marks on a spectrum of materials like steel, titanium, aluminum, copper, ceramic, plastic, glass, wood, paper, and cardboard. For several industries, laser marking is turning out to be extremely helpful as it can be used to mark parts and products of different materials with serial as machine-readable data (e.g.: barcodes, Unique ID codes, and 2D Data d even gracs (logos). The Science Behind the Working of Laser Marking Machines In the simplest terms, a concentrated beam of light is focused on a specific area of a surface to create a mark over the material. This beam of light reacts with the material’s surface and alters its properties and appearance. A precise, high-quality, high-contrast mark is formed on the specified area which is readable by man and machines. In applications and industries where the accuracy and permanency of the marks need to be long lasting, laser marking machines are critical in various stages of development and delivery.
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