The laser precision engraving machine is a mold laser-based fine-etching device specifically developed for the mold industry. It delivers engraving accuracy as high as 25 μm and supports multiple surface treatments, including laser engraving, laser sandblasting, and matte finishing. Paired with a professional visual positioning system, this machine excels at high-precision, high-accuracy processing of even the most intricate graphic designs. Notably, the laser technology is versatile enough to work on materials with extreme hardness—meaning it can even etch heat-treated mold steels without causing deformation typically associated with post-etching heat treatment processes.

FinMark, the professional laser precision marking machine, is designed specifically for applications in the mold industry. It delivers engraving accuracy as fine as 25 μm, enabling precise laser engraving, laser sanding, surface texturing, and other advanced surface treatments. Equipped with a high-precision visual alignment system, it excels at producing intricate, high-accuracy engravings of complex graphic designs. This laser technology is versatile enough to work on materials with exceptional hardness—meaning even heat-treated die steel can be effectively engraved, helping minimize thermal deformation that often occurs after traditional mold carving processes.

Flexible processing, no consumables required;

High-quality laser beam combined with a unique optical system delivers a small-focused spot, achieving micrometer-level engraving precision.

l Offers a variety of surface treatments for mold surfaces, including precision engraving, matte finishing, and sandblasting;

l High-precision visual positioning system with real-time video mapping and localization, particularly suited for positioning markers on complex graphics;

It can carve high-hardness materials, and even heat-treated mold steels can be engraved, reducing thermal treatment-induced deformation after mold engraving.

The carving is exquisitely detailed—every minute feature remains clearly visible even when magnified, making it highly secure against counterfeiting.

l Flexible processing with no consumables.

High beam quality, unique optical system design, small focus spot, achieving carving accuracy down to the micron level.

Various surface treatments, such as engraving, matte finishing, and sandblasting applied to the same mold.

l High-precision visual alignment system, real-time mapping and positioning, especially suited for positioning complex graphics.

It can carve materials with high hardness, and the die steel, after heat treatment, helps minimize heat treatment deformation following mold carving.

Fine marking—details become clearly visible when magnified, providing strong anti-counterfeiting features.

CCD Mapping and Alignment System

Featuring CCD-based visual alignment for precise mapping, this method is easy to operate and delivers exceptional accuracy, ensuring perfect alignment even for marked objects of various shapes.

Based on the CCD visual map alignment mode, it is easy to operate and offers high precision. The marking objects of various shapes can be perfectly aligned.