Laser Marking on Plastic: Testing Fiber, Green, and UV Lasers - LASIT

[@aixaratApapi]

Very good demonstration of the differences between different wavelengths.

[@lasitlaser]

Thank you very much

[@AcuteChronic]

What happened to the _stainless steel_ video? What are the *SPEED* and *POWER* specs for each of these lasers? (How about *PRICES* too?)

[@lasitlaser]

The video on stainless steel marking is coming soon; subscribe to our channel to be notified as soon as we release the video. For the power specifications, we used 500W for 1064 nm and above 10W for 532 and 355 nm. For pricing, please fill out the form on our website, and you will be contacted www.lasitlaser.com/contact-lasit/ Thank you very much

[@ramonhaagen9805]

results are amazing!

[@CarlosGimenoAsín]

Is it possible to make some tests in our materials?

[@lasitlaser]

Of course, just fill out the form on our site www.lasitlaser.com/contact-lasit/

[@SebastianBächle]

The result with the UV laser looks really smooth. Is it possible to combine this source with your standard laser marking machines?

[@lasitlaser]

Thank you, for some types of plastics such as ABS, PA, PE, POM, PET, the UV laser actually seems to be the best solution. Yes, it is possible to combine a UV laser with standard industrial laser marking machines. Standard laser marking machines can have different optical, electronic and mechanical configurations, as well as software specifically dedicated to UV lasers.

[@LawnD4rt]

would like to see the stainless steel video with these same lasers.

[@lasitlaser]

We are working on a new video using the same lasers on stainless steel. We would really appreciate it if you subscribed to our channel so you can be notified as soon as the video is published

[@NataleDOnofrio-jt8lc]

Numero 1

[@lasitlaser]

Grazie Natale!