3D Engraving

Engraving is a non-contact, wear-free process for removing layers of material. Laser engraving is the only technique in which no tool physically touches the object to be engraved. In fact, the laser beam heats the material until it is vaporized. The laser parameter settings and vision systems used by LASIT make it possible to meet a wide variety of engraving needs in the industrial environment.

Deep engraving

Deep etching removes material from the surface of the object to a precisely defined depth, creating a visible, tangible mark. The laser beam melts the material, which vaporizes and is ejected.

2.5D and 3D Engraving

As in deep etching, in 2.5D and 3D etching the material is removed from the surface at depth. The difference lies in software-controlled removal at varying depths, gradually revealing the desired structure. This makes it possible to produce both predefined flange angles for embossing molds and complex three-dimensional surface structures, for example in mold making.

Micro-etching

Smaller, more precise, and virtually infalsifiable: micro-etching can produce intricate structures and three-dimensional geometries in micro format. This process is used, for example, in the production of embossing stamps, quality seals for authentication, and in the jewelry industry.

Advanced marking techniques

Wrapping, Projection and 3D Marking Examples.

At LASIT, we have perfected methodologies that allow us to make markings or engravings on complex surfaces with exceptional geometric accuracy.
In addition to simple two-dimensional projection, we are capable of adapting any flat graphic to any three-dimensional shape. This allows us to achieve results that are geometrically faithful to the original design, eliminating geometric distortions in markings and engravings.


These complex markings and engravings are made possible by the combination of two innovative technologies:

3D Wrapping

It allows us to create geometrically flawless three-dimensional markings.

Z-Dynamic

Maintains optimal focus on every point of the treated surface.

Talk to a LASIT expert

Let’s evaluate together how to improve the productivity and efficiency of your line. Fill out the form: one of our specialists will contact you back to analyze your need and define the best steps, with no obligation.

How we will help you

First Discussion: one of our experts will contact you back (via phone or email, as you prefer) for an initial chat and to fully understand your need.
Tailored analysis: Based on your need, we will decide together on the next step. We can arrange an in-house visit, analyze your process in videocall, or conduct free marking tests on your samples.
Your solution: We will study and present you with a customized solution designed to integrate seamlessly into your current production process.
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The synergy of these technologies allows us to precisely adapt markings to curved or irregular surfaces while maintaining the sharpness and accuracy of the original design.

This advanced approach finds application in various fields, from customizing luxury products to marking complex industrial components, offering new possibilities for design and functionality.

Below, we present some concrete examples of 3D markings made using these techniques, illustrating the potential and versatility of this innovative approach.

Immagine15-1024x230 3D Engraving
Immagine17 3D Engraving
Immagine18 3D Engraving
Immagine16 3D Engraving

Comparative examples between projection and wrapping of a grid on a truncated cone surface:

Immagine19 3D Engraving

Wrapped Grid

Immagine20 3D Engraving

Projected Grid

Immagine21 3D Engraving

Geometric comparison between wrapped grid and projected grid

Example of marking on a hemispherical surface

MARCATURA-3D-5-1-1 3D Engraving