Laser marking
Laser marking is a technology used to create an indelible graphic motif on the surface of an object. This motif is made by the thermal effect of a laser beam, which either removes a nominal thickness of material or hardens its surface creating a visual effect. This technology distinguishes itself qualitatively from previously used methods and solves the disadvantages of other conventional technologies (screen printing, pad printing, mechanical engraving and stamping).
Laser marking advantages:
- top quality, accuracy and speed
- stability of the inscription (cannot be wiped off)
- contactless and clean processing
- suitable for almost any material
- possibility to inscribe uneven surfaces
- detailed processing
Aluminium
As material, aluminium is very reflective to the laser beam and has very good thermal conductivity.
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Wood
Wood is no longer the prerogative of thermal stamps. Due to the acceleration of the production of wood products, it is necessary to deploy laser-marking technology.
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Glass
For a long time, glass marking has not only been subject to sandblasting but also to laser technology. Laser processing can achieve clear contrast and life-lasting indelible marking.
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Ceramic
Ceramic has to be used for marking of small electronic components, as well as for the identification of ceramic products intended for food or as a decoration.
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Plastic
Marking of plastic is one of the most common applications of laser marking. Despite this, however, there is still a lot to explore and develop in this area.
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Titanium
Titan belongs to very rare metals. Therefore, it is also necessary to ensure the accuracy and quality of its marking.
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Steel
Steel and stainless steel are the most commonly used metals across all sectors of the industry. These types of steel can marked, coloured in various shades and engraved.
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Copper
One of the most interesting non-ferrous metals, requiring special laser settings for good quality marking is copper.
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Anodized aluminium
Anodizing aluminium opens new possibilities in the ways of aluminium marking. With the help of the laser, we are able to reveal its bright underlying layer.
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Other materials
Did not find the required material on the home page? Try the other section, or contact our sales advisors.
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