Laser Research’s CO2 precision marking lenses

The new line of CO2 laser optics is ideal for medical and surgical engraving.

Image from Laser Research with a hip implant, pacemaker, surgical scissors and other medical devices that require precision marking

CREDIT: Laser Research Optics

A line of CO2 optics for precision lasers used in marking medical and surgical devices requiring permanent identification and/or serialization has been introduced by Laser Research Optics.

Laser Research CO2 precision marking lenses maintain sharper cuts with fewer passes than imported lenses and meet ISO-10110 specifications for optical instruments. Fully OEM compatible, they are offered in 0.5" to 1.5" sizes with focal lengths from 1" to 25" in 0.5" increments and feature coatings with <0.2% total absorption values.

Shipped within one day, Laser Research CO2 Precision Marking Lenses are in stock and mirrors are also available in 0.75" to 3.0" sizes from 2mm to 10mm thick. They are ideally suited for Camtech, Emission, Epilog, Ferba, GCC laser Pro, Gravograph, Jamieson, Kern, Pinnacle, LST Lasers, Synrad, Trotec, Universal, and Vytek lasers.

Laser Research CO2 precision marking lenses and mirrors are priced depending upon size, and quantity; available from stock.