Laser Machines & Components

A line of CO2 laser optics optimized for cutting and etching thin metals when fabricating filters, strainers and related applications is available from Laser Research Optics. Laser Research CO2 Optics include lenses that feature coatings with < 0.2% total absorption values to keep them cooler and silicon turning mirrors which have an enhanced DMBR coating to provide up to 99.6% reflectivity.

A full line of OEM-quality drop-in replacement CO2 optics for lasers used in etching monuments, signs and other stone products is available from Laser Research Optics. Laser Research CO2 optics for popular monument and sign etching lasers are available in 0.75” and 1.5” dia. sizes and feature 4” to 7.5” focal lengths to provide deeper cuts.

Trotec is offering the MOPA fiber laser source as an option for its SpeedMarker galvo laser marking systems. MOPA technology opens up a new world of possibilities for marking metals and plastics because it allows the user to select pulse durations (between 4 and 200 ns), which provides a much wider range of laser parameters, more options for creating high-contrast, homogeneous markings, and the ability to mark colors on some metals.

A new Fiber to Fiber Coupler (FFC) from Coherent (formerly Optoskand AB) enables the use of replaceable, process fiber optic cables so that integral components of the fiber laser – most notably the feeding fiber – are not exposed to opto-mechanical damage, even in harsh industrial processes. Damage to the feeding fiber means long and often costly down time. But the new FFC enables the use of a separate fiber interface, and this separate delivery fiber can be exchanged in minutes in the case of damage.