Surface treatments of industrial metals

Laser technology is emerging as a pioneering approach to altering the surface characteristics of metals, providing greater accuracy and uniformity in results. This methodology is applicable to a wide variety of metals, including carbon steel, cast iron, aluminum, molybdenum and magnesium.

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The difference between reading, grading and verification of two-dimensional codes: three levels of quality control

Reading, grading and verification represent three progressive levels of quality control for two-dimensional codes. Find out which solution to implement for your application.

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Precision and Design: Alessi chooses LASIT laser markers for customization of its iconic products

The Dream Factory relies on Italian laser marking technology to combine functionality and aesthetics in its extraordinary design objects

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When laser marking becomes an intelligent node in the production line

Learn how to integrate PowerMark laser markers into automated lines with test stands, machine vision and scrap management.

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Laser 4.0 markers: how to recover more than 60% of the investment with the 2026 hyper-depreciation

A 4.0 laser marker today is not just a technical choice: it enables traceability, data collection, and integration with other facilities, and with the new hyper depreciation it allows a significant portion of the capital investment to be recovered in a few years

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Multi-level Deep Laser Marking: Ensuring Permanent Traceability on Critical Components

Multi-level deep laser marking for aerospace and defense components: ensure permanent traceability even after sandblasting, coating and extreme operational wear.

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