Mark M19

Fiber lasers offer better stability, surpass CO₂ lasers in quality, and provide precise marking effects. They are the ideal choice for marking most metals and some non-metal materials. Their desktop design is suitable for home-scale operations, ensuring convenient use for both individuals and businesses. In contrast, CO₂ laser machines equipped with CO₂ lasers excel at cutting and engraving non-metal materials but lack metal engraving capabilities. CO₂ laser machines are tailored for large-scale production and large projects, with wide working areas and high power to meet the demands of mass engraving and manufacturing.

Inside the laser equipment, the working medium is excited to generate laser light. What sets fiber laser equipment apart is its use of optical fiber to transmit the laser. Photons effortlessly travel through the optical fiber, ultimately outputting a stable and reliable laser beam.

Similar to laser engraving, during the marking process, a high-energy-density laser beam acts on the material surface. Light energy is converted to thermal energy, causing the surface material to vaporize, or a photochemical reaction occurs with the material surface, achieving precise text and graphic engraving. Unlike engraving, laser marking has less marking impact force, maintaining the material's shape. It is worth noting that lasers can also change the color of materials and mark complex images and text.

Fiber lasers are ideal for metal marking through color change, perfect for metal engraving and high-contrast plastic marking without any pre-processing or post-processing. Marking results are highly consistent, precise down to every detail. The durability of marked content also provides anti-counterfeiting functionality.