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Laser marking identifies components in brass, stainless steel and zamak with codes and logos resistant to subsequent galvanic treatments (chrome plating, nickel plating, PVD). It enables the permanent application of compliance markings (CE, WRAS, ACS), maintaining a readable contrast even on mirror surfaces.

Integrating laser marking into automated faucet production lines

In the modern faucet industry, product traceability and customization are key requirements that need state-of-the-art technological solutions. Laser marking has emerged as the most effective technology to meet these requirements, surpassing traditional techniques due to its accuracy, versatility and ability to integrate into automated production processes.

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3D laser marking: the technological evolution in the faucet industry

Laser marking in the faucet industry has always represented a significant technological challenge. The industry demands permanent, high-quality markings on increasingly complex surfaces, from shower knobs to mixers with articulated geometries. Traditional 2D marking, although effective on flat surfaces, shows obvious limitations when it comes to handling three-dimensional components.

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Fiber laser: what it is, how it works, and its applications

In the world of laser marking and its endless applications, when talking about efficiency and flexibility we certainly put fiber optic lasers at the top of the list, which, in today’s market, are certainly the most widely used in companies that make use of this technology.

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3D Laser Marking: How It Works

One of the crucial aspects in the manipulation of a laser beam is the control of the focus point. This control can be achieved through the use of different optical lenses, allowing the beam to be tailored to the specific needs of their applications.

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The evolution of laser marking in the faucet industry: from vanadate to fiber optics

The faucet industry has peculiarities that make laser marking a not inconsiderable technical challenge. Indeed, products in this industry combine functional, aesthetic and regulatory requirements that place specific conditions on the marking systems used.

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