The M50 RF CO2 laser is a pulsed laser with an average power of more than 550W and a peak power of more than 1000W. The product adopts a slat discharge design, has high product reliability, and can work continuously for 7×24 hours in harsh industrial environments.

The M30 RF CO2 laser is a pulsed laser with an average power of more than 350W and a peak power of more than 800W. The product adopts a slat discharge design, has high product reliability, and can work continuously for 7×24 hours in harsh industrial environments.

The M20 RF CO2 laser is a pulsed laser with an average power of over 250W and a peak power of over 600W. The product adopts a slat discharge design, with high product reliability, and can work continuously for 7×24 hours in harsh industrial environments.

The M10 RF CO2 laser is a pulsed laser with an average power of more than 150W and a peak power of more than 400W. The product adopts a slat discharge design, with high product reliability, and can work continuously for 7×24 hours in harsh industrial environments.

The T100 RF CO2 laser is a continuous laser that provides 120W output power. The product adopts a slat discharge design. It has high product reliability and can work continuously for 7×24 hours in harsh industrial environments.

The CR150 RF CO2 laser provides an output power of 150W and a peak power of over 380W. The product adopts an integrated design of slat discharge and RF power supply, which is compact and highly reliable. It can work continuously for 7×24 hours in harsh industrial environments.

The CR60 RF CO2 laser provides 60W output power, adopts the design of sealed waveguide and integrated RF power supply, and has high product reliability. It can work continuously for 7×24 hours in harsh industrial environments.

The CR40C RF CO2 laser provides 40W output power, adopts the design of sealed waveguide and integrated RF power supply, and has high product reliability. It can work continuously for 7×24 hours in harsh industrial environments.

The F-theta Scan Lens can provide a small focused spot size within a large field of view and minimize distortion, thereby achieving high-speed operation in applications such as marking, engraving, welding, and PCB drilling.

Beam expanders are lens assemblies that can change the diameter and divergence of a laser beam. Use Galilean telescope (no internal focus) beam expanders to change the diameter of a high power CO2 laser beam for a variety of applications. These beam expanders are available in a variety of different input beam diameter and magnification combinations.

Excellent optical performance and economy can be achieved with ZnSe precision meniscus lenses. Meniscus lenses are the "best form" single optical element of ZnSe due to their high refractive index. They focus smaller spot sizes than plano-convex lenses but cost less than aspheric lenses because they are easier to manufacture.

Use these silicon mirrors, which combine excellent thermal stability and high reflectivity, to build cost-effective optical systems.

These silicon mirrors, which combine excellent thermal stability and high reflectivity, enable cost-effective, high-performance galvo scanning systems to be built.

These flat windows, made of imported ZnSe material, protect valuable scanning lenses and focusing optics in industrial laser systems from debris, backsplash and other workplace hazards. These windows can be integrated directly into scanning lenses or focusing assemblies, or used separately.

Made of imported ZnSe material, these optical components precisely introduce CO2 lasers into the optical path along with other infrared laser beams, thus simplifying the process of aligning infrared optical systems.