Plastic marking

We offer systems for marking, engraving, welding, cutting, drilling, and other applications where laser technology stands out as a competitive alternative.

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Marking on PETG part

UV laser marking of the material used to manufacture dental aligners. Tiny codes are obtained without altering the material as it is a cold marking at 355 nm wavelength.

Marking of a plastic seal

High contrast marking of pigmented plastic security seals using fiber laser with pulse duration adjustment, which allows to generate a controlled reaction and a permanent contrast of high legibility.

Marking of a lacquered pen

Controlled depth surface engraving of a lacquered metal part by fiber laser with pulse duration adjustment, which allows the removal of the coating without affecting the surface finish of the base metal.

Marking of a plastic part

High contrast marking of a polycarbonate part using fiber laser with pulse duration adjustment, which allows to generate a controlled carbonization and to visualize the black color.

Marking of a plastic part

High-contrast marking of a polyamide part using fiber lasers with pulse duration adjustment, which generates diffractive micro-bubbles and highly readable contrast.

Marking of a plastic seal

High contrast marking of an ABS part using fiber laser with pulse duration adjustment, which allows to generate a controlled carbonization and a permanent dark contrast of high readability.

Marking of a plastic part

High-contrast marking of a polyamide key body using fiber lasers with pulse duration adjustment, which generates diffractive micro-bubbles and highly readable contrast.

Marking of an electrical enclosure

High contrast marking on a self-extinguishing modified polyamide part using UV laser to generate diffractive microbubbles and highly readable contrast.

Marking of an electrical switch

High contrast marking of a flat piece of pigmented polycarbonate using fiber laser, which allows to generate a controlled carbonization and to generate high contrast.

Marking of a soldering station

High contrast marking on a self-extinguishing modified polyamide part using fiber lasers with pulse duration control to generate diffractive microbubbles and highly readable contrast.

Marking of a electrical plastic part

High contrast marking on a self-extinguishing polyamide part using fiber lasers with pulse duration control, which allows the generation of diffractive micro-bubbles and highly legible contrast.

Marking of a plastic part

Highly legible marking by generating fusion lines on a dental aligner using a CO2 laser.

Retro luminescent key marking

Marking of retro luminescent keys by stripping the painted plastic using fiber laser.

Marking of plastic containers

High-contrast marking on colored polypropylene containers using a short-pulse UV laser, obtaining a permanent contrast with high readability.

Marking of plastic containers

High-contrast marking on colored polypropylene containers using a short-pulse UV laser, obtaining a permanent contrast with high readability.

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