Laser Marking

Laser ablation is achieved when a very localized area of a material, which is targeted by the focused beam of an industrial laser, undergoes either fusion or sublimation. The fused material is...

Laser Marking

Laser annealing does not remove anything from a metal surface. In fact, the marking does not change the surface roughness of the metal surface. It is particularly interesting for applications in which...

Laser Marking

Fiber Laser Systems Fiber lasers use fiber optics as their gain medium. Other common gain mediums are gazes, crystals or mixture of dyes. Fiber lasers use laser diodes as...

Laser Marking

There are lots of things that have been written about laser etching. In order to help you make sense of it all, we have listed some of the most frequently asked questions (and their answers!) to help...

Laser Marking

Choosing the right laser engraver for your application shouldn’t be a hassle. In this blog, we review the main points that should be considered prior to purchasing a laser engraver. We’ll explain...

Laser Marking

Diecasts can now be identified right at the exit of the casting machine to ensure foolproof traceability A Changing Automotive Environment Your customers’ requirements are...

Laser Marking

Like any other laser, fiber optic lasers are devices that generate light of a special kind. The laser beam is collimated, which means its rays are parellel, and monochromatic, featuring only a single...

Laser Marking

Laserax has developed laser direct part marking solutions that are specific to the primary aluminum smelter industry. It is an environment fraught with elements that are detrimental to the adequate...

Laser Marking

Fiber lasers are used to carry out laser direct part marking (LDPM) on various metals. From the softer to the hardest metals, it is possible to mark individualized identifiers that takes the forms of...

Laser Marking