Author Archives: Laser Research

LRO @ FABTECH 2018

Laser Research Optics at FABTECH 2018

Laser Research Optics will be exhibiting at this year’s FABTECH! You’re invited to stop by our booth and see what we’ve been working on. FABTECH 2018 is November 6-8 in Atlanta “FABTECH is where the industry comes together to see what’s now, what’s new and what’s next. It’s where connections are made and where deals […]

CO2 LASER OPTICS CLEAN CUT COMPOSITE MATERIALS

CO2 Laser Optics

A line of direct field-replacement CO2 laser lenses and mirrors that fit popular lasers used for cutting complex shapes from abrasive composites where edge accuracy is critical are available from Laser Research Optics of Providence, Rhode Island. Laser Research CO2 Laser Optics include lenses and mirrors that meet OEM and ISO-10111 specifications and are optimized […]

CO2 LASER LENSES DESIGNED TO CUT THICK STEEL PLATE

CO2 Lenses

A line of ZnSe focusing lenses offered in various focal lengths for heavy steel cutting lasers which can be shipped overnight for field replacement are available from Laser Research Optics of Providence, Rhode Island.   Laser Research Optics CO2 Laser Lenses are offered in 1” to 2” O.D. sizes with thicknesses ranging from 0.250” to […]

CO2 LASER OPTICS FOR ENGRAVING TROPHIES AND PLAQUES

Engraving optics

A full line of OEM compatible direct field-replacement CO2 laser optics that are shipped overnight for users in trophy and plaque engraving shops is being offered by Laser Research Optics of Providence, Rhode Island.   Laser Research CO2 Laser Optics for 100 to 200 Watt lasers used by trophy and plaque engravers are optimized for […]

CO2 LASER OPTICS DESIGNED FOR CUTTING ACRYLICS

CO2 Lenses for cutting Acrylics

A line of direct field replacement CO2 lenses and mirrors that are designed to leave clean, crisp edges with lasers used for making acrylic signs is available from Laser Research Optics of Providence, Rhode Island. Laser Research CO2 Laser Lenses and Mirrors are offered in 0.75” to 1.00” sizes with focal lengths from 1.5” to […]

CO2 LENSES & MIRRORS FOR PRECISION MARKING LASERS

CO2 Lenses

A line of CO2 lenses and mirrors for precision engraving and marking lasers that are in stock for OEMs and as field replacements for end-users is available from Laser Research Optics of Providence, Rhode Island. Laser Research CO2 Precision Marking Lenses are offered in 0.5” to 1.5” sizes with focal lengths from 1” to 25” […]

CO2 LASER OPTICS IN-STOCK FOR STONE ETCHING LASERS

Etching Laser Optics

A broad range of drop-in replacement CO2 optics that meet OEM requirements for popular monument, sign, and stone etching lasers are available from Laser Research Optics of Providence, Rhode Island. Laser Research CO2 Optics are manufactured to ISO-10110 specifications for optical elements and are in-stock for Kern®, Trotec®, Universal®, and Vytek® lasers. Supplied in plane-parallel […]

REPLACEMENT CO2 LENSES FOR WOOD CUTTING & ENGRAVING LASERS

A full line of OEM compatible, field-replacement CO2 laser lenses that provide deeper stock removal for popular wood cutting and engraving lasers are available from Laser Research Optics of Providence, Rhode Island. Laser Research Optics CO2 Laser Lenses are optimized for 10.6 µm wood cutting and engraving laser systems where depth-of-field is critical. Featuring 4” […]

AMADA LASER CO2 MOUNTS FITTED WITH NEW LENSES AND SEALED

A service that completely refurbishes customer supplied Amada® laser mounts with new CO2 focusing lenses and returns them, ready to use, within a week is available from Laser Research Optics of Providence, Rhode Island. Laser Research Optics’ CO2 Lens Mounting Service accepts customer supplied Amada® mounts with damaged CO2 focusing lenses and replaces them including […]

CO2 LASER NOZZLES FEATURE ±10 MICRON ORIFICE ACCURACY

A line of replacement copper CO2 laser nozzles that are designed to optimize cutting accuracy in Mitsubishi® and Trumpf® lasers has been introduced by Laser Research Optics of Providence, Rhode Island. Laser Research Copper CO2 Laser Nozzles feature ±10 micron orifice accuracy to direct the laser beam and optimize cutting performance. Compatible with mechanical or […]