Synrad, Inc. Datasheets for Carbon Dioxide (CO2) Lasers

Carbon dioxide (CO2) lasers use the energy-state transitions between vibrational and rotational states of CO2 molecules to emit at long IR, about 10 µm, wavelengths. These lasers can maintain continuous and very high levels of power and are typically used in cutting, welding, etching, and marking applications.
Carbon Dioxide (CO2) Lasers: Learn more

Product Name Notes
The pulstar p100 features: Average output power of 100W Peak pulse power of 400W (typical) Peak pulse energy of 190mJ (typical) Max pulse width of 600µs Fast rise time of...
The firestar vi30 features: 30 watts Near-Perfect Beam Quality Fast Rise/Fall Time Air Cooled Compact Footprint Backwards Compatibility Low Cost Design Designed exclusively for OEMs, the new vi30's compact footprint,...
An effective CO2 laser marking, engraving, and cutting solution for OEMs and System Integrators alike. The FH Flyer marks at speeds up to 300 ips (7620 mm/s) in either static (index)...
Based pm Synrad's 48-2, 25W CO2 laser, Fenix Flyer incorporates a galvo-based marking head plus internal cooling fans and power supplies in a self-contained system. Fenix Flyer creates crisp, clear...
Certain applications may experience improved efficiency at wavelengths other than the standard 10.6µm wavelength. For these, Synrad offers the 48-1, 48-2, firestar vi30, firestar v30, and firestar ti Series lasers...
Certain applications may experience improved efficiency at wavelengths other than the standard 10.6µm wavelength. For these, Synrad offers the firestar vi30, firestar v30 and firestar ti Series lasers in 10.2µm...
Continuing our 20 year tradition as the world’s leading provider of sealed CO2 lasers, Synrad developed the firestar f-series of high-power fully integrated laser solutions to meet the challenges of...
Flyer 3D empowers production lines with the ability to sharply and quickly mark or cut larger fields (up to 1084 mm x 993 mm), and longer objects such as banners...
For the firestar v-series, Synrad’s goal is to produce the highest quality low power CO2 lasers, in the most compact package possible. Based on a waveguide design, Synrad’s v-series resonator...
Maximum power and performance from an air-cooled CO2 laser is the drive behind our firestar t-series technology. Synrad’s firestar t-series lasers are built on technology using a patented hybrid-unstable resonator...
Responding to market demands for more compact and lower cost lasers, while retaining the performance and reliability of the existing t-series, we developed a new RF technology to eliminate...
Synrad’s original “all-metal” tube technology opened the door for sealed CO2 lasers in many industrial applications. After 20 years, it remains the industry standard for performance, reliability, long lifetime and...