Laser marking technology guarantees high definition and the possibility of marking and engraving any symbol or variable character code within a very short space of time. What is more, the marking is indelible and long-lasting and involves no costs for consumables. That is why laser marking and engraving has become widely popular for the marking of mechanical components and industrial pumps in a clear and permanent manner.
Mark and engrave logos, any type of alphanumeric writing, barcodes, progressive numbers, designs, data matrixes and graphics, from the most simple to the most complex.
Product traceability is forever guaranteed because laser marking on metals is permanent and resists both wear and contact with acids or heat.
With laser systems, you get super-defined markings without losing legibility or quality. You can create small, detailed geometric shapes with the utmost precision.
Laser marking is a fast process offering unparalleled quality, it allows creating different types of markings (e.g. serial numbers, logos, codes) in extremely short timeframes without having to re-fit the machine.
On many metals it is possible to obtain a completely impalpable marking as indelible: the tint is obtained not by removal but by local heating of the material
It does not involve any costs for consumables such as inks, pastes or sprays and no costs for their expensive disposal. No prior or subsequent treatment is required. The equipment has no wear and tear problems.
Laser marking processes can be carried out on tools with flat or curved surfaces and on irregular and unusual surfaces as well. LASIT offers laser marking systems for easy, immediate marking of coated metals. The characters are perfectly marked on the surface and the contrast is excellent, offering perfect traceability and identification.
A lot of tools need to be permanently identified, but this process should not damage the material’s characteristics or the surface finish. With our engraving and laser marking systems, excellent results can be obtained without compromising the integrity of the component.