Foundry

Laser marking identifies cast parts in iron, steel and aluminium directly after deflashing, on irregular and high-roughness surfaces. Codes resist subsequent heat treatments (annealing, hardening, shot blasting) and remain readable throughout the entire lifecycle, enabling cast and batch traceability without additional operations.

Incisione laser in fonderia: sul grezzo o dopo lavorazione?

Laser Marking in the Foundry: On the Raw Casting or After Machining?

Laser marking in the foundry: where to mark the part in the casting flow, on the raw casting or after machining, between casting skin, depth, and scrap.

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Pulizia laser degli stampi di fonderia: rimuovere distaccante e ossidi

Laser Cleaning of Foundry Molds: Removing Release Agent and Oxides

Laser cleaning of foundry molds: selective ablation that removes release agent, oxides, and carbon deposits from the cavity without wearing down the steel.

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Marcatura laser su zama e pressofuso: contrasto sul grezzo

Laser Marking on Zamak and Die-Cast Parts: Contrast on the As-Cast Surface

Weak, uneven contrast on zamak and aluminum die castings is a metallurgical defect: the laser marking strategies for a readable code.

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Laser marking on hot parts: industrial solutions for high-temperature components

Learn how laser marking on hot parts up to 600°C improves productivity and traceability in foundry and automotive, with real-world tests and solutions up to 500W

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Laser marking on sand molds: technology and applications in modern foundry

Laser marking on sand molds: high-power technology for permanent engraving and traceability in foundry. Accuracy, automation and zero consumables.

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How to choose the right laser marker for a machine shop

How to choose a laser marker for a machine shop: technical criteria on part size, volume, automation, and machine configuration

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