All laser marking systems produce dots (AKA laser spot size). These dots are based on a combination of the wavelength of the laser and the focus of the beam.
The benefits of using lasers over conventional methods like Chemical/Acid Etching for direct part marking to simple gift personalization.
Laser Marking and Engraving is a widely expanding marketplace as users have seen the benefits of using lasers over conventional methods like Dot Peen for direct part marking.
Virtually every common metal (and a number of uncommon ones) can be marked with an RMI 1064nm laser marking system.
All RMI Laser U-Series Laser Marking Systems Utilize Nd:YV04 Technology. Nd:YV04 lasers feature several inherent advantages over other technologies:
The semiconductor laser diode (1) takes electricity as input and produces laser light as output. The laser diode emits continuous wave (CW) laser light at a wavelength of 808 nm.
Laser Markers provide the ability to mark without the need of any consumables like ink, chemicals, tape, etc to mark directly onto the part.
Deep engraving is one of your many options with laser marking systems. Most users don’t need deep engraving
If you’re looking for a new laser marking system, it’s important to do your due diligence so you purchase a solution that will deliver precisely what you need.
The challenge with laser marking on plastics
CO2 lasers are the original. They were one of the earliest lasers to be invented and they are
Laser annealing is a metal marking technique where a metal’s surface is slowly heated and cooled to change
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