Fashion

Laser technology engraves logos and geometries on metal hardware components such as buckles, buttons and zippers in brass, zamak and steel, with deep engravings that meet the sector’s strict aesthetic standards. The technology facilitates rapid experimentation with patterns, motifs and decorations on bags, shoes and accessories, adapting to high production rates and supporting both series production and small batches and individual customizations.

UV laser marking vs CO₂ in eyewear: which technology for which application

UV laser vs CO₂ for eyewear: technical analysis of the two technologies, selection criteria for plastic materials, lenses, and frames, with real application examples

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CO₂ laser marking at 9.3 µm in eyewear: why wavelength makes a difference

CO₂ laser at 9.3 µm in eyewear: because the finer spot ensures sharp markings on acetate and polycarbonate, and because 30 W is the ideal power.

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Picosecond Laser: The Revolution in Eyewear Marking

From CO2 to picosecond: the technological evolution of lasers in eyewear has reached a new milestone. Picosecond lasers offer sub-25 micron precision, cold ablation without a thermally altered zone, and total versatility on acetates, titanium, and polycarbonate. Discover how this next-generation technology overcomes the limitations of traditional systems, providing flawless aesthetic results and perfect control on innovative materials for high-end eyewear.

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Omas – Precision in the service of excellence in eyewear

The relationship between OMAS and LASIT is not a simple customer-supplier relationship, but a true technological partnership developed over the years. OMAS began its journey with LASIT by initially purchasing a CO₂ laser system, ideal for specific applications in eyewear.

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