Fiber Laser Marking Applications

The fiber laser marking.

Fiber laser marking applications.

In applications like unique device identification udi marking fiber lasers can produce small dimension marks that are not possible with dot peen. We also explain the differences between fiber lasers and yvo lasers. Laser photonics fiber laser marking systems utilize the latest advancements in laser based material processing. This means that one single fiber laser setup can be used for multiple applications and processes something that many.

Fiber lasers have the most application flexibility the widest range of laser process capabilities and the ability to mark on the largest variety of materials. Pulsed fiber lasers are renowned for their versatility with laser marking being one of the most popular applications although similar to laser engraving the appliance of a mark is at a surface level whereas engraving is a mark with depth laser marking is the process where a material which can be anything from ceramics plastics metals leds rubber graphic. Fiber laser marking pulse fiber lasers have become the preferred technology over traditional bulk lasers for marking and engraving applications. Fiber laser marking is higher resolution can apply any 2d image and is much faster.

The ability to change various laser parameters offers the ultimate in control quality and speed. Dot peen is an economical means of putting alpha numeric characters on metal parts. Marking central a website for laser marker application information such as laser principles and mechanisms. Application laser marking.

Fiber lasers being such flexible adaptable and versatile pieces of machinery can be used for a multitude of fiber laser applications the way in which they work means that they offer a huge level of control to their users over beam intensity duration length and heat output.