Laser Marker

In the world of laser machines, internal substances undergo chemical reactions, resulting in particle inversion and laser generation.

What sets fiber laser machines apart is their use of optical fibers to transmit laser. The laser gracefully traverses the optical fiber, culminating in a stable and reliable laser output.

Much like laser engraving, this process employs a a high-energy-density laser beam to irradiate material surfaces. Light energy swiftly transforms into heat energy, inducing rapid surface material evaporation and enabling precise text and graphics engraving.

Diverging from engraving, laser marking etches with a shallower impact, preserving the material’s shape. Notably, beyond evaporation, lasers engage in chemical reactions with the material surface, altering color and crafting intricate images and text.

Think about it, laser marking creates intricate patterns that even turn into another color, how interesting it is.

The Fiber laser machine harnesses the stability of fiber lasers, surpassing CO2 lasers in quality and delivering precise marking effects.

Ideal for marking most metals and select non-metallic materials, its desktop design caters to family-scale operations, ensuring convenient use for both personal and business needs.

In contrast, CO2 laser machines, equipped with CO2 lasers, excel in carving non-metallic materials but lack metal carving capabilities.

Tailored for mass production and large-scale projects, CO2 machines boast expansive work areas and high power, catering to the demands of extensive carving and manufacturing.

The UV laser, with its cold light source, excels in labeling most metals and non-metals, making it versatile across all materials.

In contrast, the Fiber laser, while capable of marking some non-metals, has a lifespan of only half that of UV. For precision marking and carving across a broad spectrum of metals and non-metals, the UV laser stands as the undisputed king.