The Superiority of 3D Laser Engraving Technology  Three-dimensional laser engraving is a modern innovation, a state-of-the-art fully digital technology capable of transforming ideas into tangible creations—even human fingerprints—while transcending the limitations of traditional texturing methods. It achieves greater precision, finer detail, and a more premium finish.  Today's product surfaces suffer from a severe lack of individuality and homogeneity. Previously, product surface textures relied on manual etching and CNC tooling—both inherently limited in achieving fine, lifelike natural effects. A revolutionary shift has arrived: the perfect integration of digital texture design (using images) and five-axis laser processing makes anything possible. Digital technology enables computer-generated programs, guaranteeing the realism of any graphic texture. This data is then fed into laser equipment (capable of 20μm precision) for ultra-fine processing, making anything achievable. We make our clients' products stand out and turn their boundless imagination for product aesthetics into reality.   3D Laser Engraving Process  3D Laser Engraving = Global Digitalization + Omni-Directional Processing  Before actual processing, simulation calculations verify the accuracy and feasibility of the engravable area.

Feasibility of Reverse Engineering: Verifying the conformity between mold precision and 3D mold drawing dimensions, as well as the specific dimensions during mold repair.

 

 

The processing principle of 3D laser: It employs a layered processing method, where depth and layer count determine texture precision. At the same depth, more layers result in higher processing accuracy; however, this also extends processing time and increases costs.

 

 

Advantages and Features of 3D Laser Engraving:

①. LASER 3D's specialized software automates the generation of ultra-precise digital programs;

②. Environmentally friendly process with no chemical usage;

③. Fully digitalized process chain ensures high reproducibility and consistency;

④. Unlimited design and machining possibilities for surfaces with freeform geometric definitions;

⑤. Independent of steel properties;

⑥. Full control over any mold side pattern depth, accurate to approximately 1μm, achieving more perfect, precise, and uniform side pattern reduction. This significantly reduces the likelihood of mold pattern defects.