Laser engraving of metal

Laser engraving of metal
Laser engraving of metal
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Step 1
Layout preparation and positioning
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Step 2
Power and frequency settings
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Step 3
Formation of relief
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Step 4
Stabilization of the processing area
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Step 5
Controlling depth and clarity

What is laser engraving of metal?

Laser engraving is a method of precisely applying images, inscriptions, or markings to metal products without mechanical intervention in the surface. The beam works locally: it removes the top layer of the material or changes its structure, forming a clear and durable image.

In practice, this means one thing: the engraving does not wear off, wash off, or lose contrast after several months of use. The most commonly used engravings are logos, serial numbers, technical designations, decorative elements, or individual inscriptions.

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Advantages of laser engraving

The main advantage is the stability of the result. The image is clear, with smooth edges and the same depth across the entire plane. In mass production, this guarantees the same quality of each part.

The technology is suitable for most types of metals and allows working with both large elements and small parts. The high processing speed makes it effective for industrial applications.

The engraving is resistant to abrasion, corrosion and external influences, as the image is actually formed in the metal structure.

Where is laser engraving used?

The method is used to produce plates, nameplates, tags, mark industrial parts, apply serial numbers and technical information. Engraving is also used for decorative elements, accessories, and personalized products.

In manufacturing processes, laser engraving is often part of the product control and identification system.

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Implementation of projects of any complexity

We approach laser engraving not as a formal operation, but as part of the production process. We take into account the type of metal, the format of the product, and the requirements for the depth and readability of the marking. It is these details that determine whether the result will be stable in a series.

Criox works with both individual products and batches, where repeatability and accuracy of each unit is important. If you need to get a clear engraving without compromising on quality, send us technical data or a layout. After analyzing it, we will prepare a calculation and offer the best format for execution.

Engraving with Criox

The laser allows you to work with various materials – from acrylic to wood – without losing detail. But the result depends not only on the equipment but also on how the process is set up.

We evaluate the task before starting: format, depth, contrast, requirements. After that, we determine the parameters and only then launch production. This approach avoids experiments on finished products.

Send us a mockup or a brief description of the task – we will prepare a technical response with specific deadlines and costs.

Пасивація металу

Passivation of metal

Passivation is a chemical surface treatment that forms a thin protective layer.
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Кольорове анодування

Color anodizing

During the process, an oxide layer is formed, into the structure of which the colorant is introduced. After the pores are closed, the color is fixed inside the metal.
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Тверде анодування

Hard anodizing

Hard anodizing is used primarily for aluminum alloys when it is necessary to increase wear and corrosion resistance.
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Анодування алюмінію

Aluminum Anodizing

Aluminum anodizing is an electrochemical process that forms a controlled oxide layer on the metal surface.
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Безколірне анодування

Colorless anodizing

A treatment that forms a transparent protective layer without changing the shade of the surface.
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Піскоструменева обробка металу

Sandblasting of metal

This is one of the key stages before applying anti-corrosion or decorative protective coatings.
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Віброгалтовка

Vibrating shaker

The method is suitable for parts with a large number of small elements.
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Склострумнева обробка металу

Glass blasting of metal

The method is suitable for parts where surface cleanliness, uniform texture, and the absence of foreign inclusions are important.
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Керамічне фарбування

Cerakote (ceramic coloring)

Cerakote creates a thin but dense layer that works as a protection against abrasion, corrosion and mechanical damage.
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Порошкове фарбування

Powder coating

Passivation is a chemical surface treatment that forms a thin protective layer.
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Лазерна порізка неметалів

Laser cutting of non-metals

This is a universal technology that is used to process many sheet materials.
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Лазерне маркування металів

Laser marking of metals

Laser technology ensures repeatability without loss of contrast or accuracy.
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Лазерне гравіювання неметалів

Laser engraving of non-metals

Laser engraving is used wherever precision, clean edges and neat results are required without machining.
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Лазерне гравіювання металу

Laser engraving of metal

Laser engraving is used wherever precision, clean edges and neat results are required without machining.
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    • Aluminum Anodizing
    • Coloring
    • Surface treatment
    • Laser processing
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