Vanadate laser marking

The Telesis EVCDS Vanadate laser is compact, versatile, and precise, ideal for fast and uniform marking on a variety of materials.

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We are located in Texas

We deliver powerful marking and engraving solutions for industrial traceability—built for durability, backed by expert support.

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What is Vanadate laser marking and how does it work?

The TELESIS EVCDS laser is a compact, low- maintenance system that delivers exceptional beam quality and stability, making it ideal for high-speed marking on delicate, heat- sensitive materials such as electronic components, thin foils, and medical devices, as well as high-strength alloys. This versatility makes it a powerful solution for a wide range of industries.

Engineered with advanced Q-Switched technology, fiber-coupled diode end pumped Nd:YVO4 (Vanadete laser), the EVCDS can adapt to surface variations of +-4 mm, ensuring marking even on curved or irregular surfaces.

What is Vanadate laser marking and how does it work?

Materials where Vanadate laser marking is used

Aluminum

copper

metal

plastic

stainless steel

Features of our Vanadate laser

High precision and beam quality: Extremely fine and stable laser beam, ideal for marking small details.
Q- Switched technology: Fast, clean marking without damaging the material, perfect for etching, annealing, surface marking, and color change marking.
Low power consumption and reduced maintenance: Its fiber-coupled diode-pumped design ensures long service life and low operating costs.

Material versatility: Works with a wide range of materials, including delicate plastics, electronic components, and metal such as stainless steel, titanium, and alloys.
Adaptability to irregular surfaces: Tolerates surface variations allowing consistent marking on uneven surfaces.
High-speed industrial marking: Operates at high speeds, optimizing production on automated lines without compromising marking quality.