No matter the height or shape of the component, this machine offers flexible, multi-functional marking and engraving. With a high tolerance for focus variation, it is the ideal solution for a wide range of applications—including advertising materials, nameplates, trophies, jewelry, watches, and signage.
The High-Precision Laser Marking Machine
010203040506070809
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Laser type |
Fiber laser |
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Laser power |
20W/30W/50W |
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Marking area |
< 150x150mm |
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Maximum working height |
≤150mm |
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Connection method |
Supports USB connection, network cable connection and WIFI connection |
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Operating system |
Windows, iOS |
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Frequency |
20W(20-60kHz) |
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Cooling Method |
Air-cooled |
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Supported Materials |
Metal, glass, stone, leather, abs two-color plate, alumina, painted metal, etc., stainless steel, aluminum, brass, plastic |
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Supported software |
MantismarkSetup |
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Supported files |
SVG/DXF/JPG/JPEG/PNG/BMP/TIF |
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Laser spot size |
≤0.03*0.03mm |
FAQ
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What is the difference between fiber laser engraving and CO₂ laser engraving?
Fiber lasers offer superior stability and precision, delivering high-quality marking results. They are ideal for engraving most metals and certain non-metallic materials. With a compact desktop design, fiber laser engravers are well-suited for personal use and small-scale business operations. In contrast, CO₂ laser machines excel in cutting and engraving non-metallic materials such as wood, acrylic, leather, and fabric while not suitable for direct metal engraving. CO₂ lasers are typically designed for large-scale production and industrial applications, offering a larger working area and higher power output to meet the demands of extensive cutting and engraving tasks. -
How is fiber laser produced?
In the internal space of the laser equipment, the working medium is excited and generates laser. The distinctive feature of fiber laser equipment lies in its use of optical fibers to transmit laser. Photons effortlessly pass through optical fibers and eventually output a stable and reliable laser beam. -
How does a laser perform marking?
Similar to laser engraving, during the marking process, a laser beam with high energy density acts on the surface of the material. Light energy is converted into heat energy, causing the surface material to vaporize or undergo photochemical reactions with the material surface, thereby achieving precise engraving of characters and graphics. Unlike engraving, laser marking has a smaller impact force and can maintain the shape of the material. It is worth noting that lasers can also change the color of materials and mark complex images and text. -
Is the fiber laser the best laser source for processing metals?
Fiber lasers are highly suitable for metal marking through color-changing methods, especially for metal engraving and high-contrast plastic marking, without the need for any pre-treatment or post-processing. The marking results are highly consistent, accurate to every detail. The durability of the marked content also has an anti-counterfeiting function.
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