Providing advanced laser material processing solution

Universal Laser Systems is an established technological leader providing laser material processing solutions since 1988. Their comprehensive portfolio includes high-quality CO2 and fibre lasers that deliver desired performance and maximum flexibility.

About Universal Laser Systems:

Universal Laser Systems (ULS) is the leading provider of laser material processing solutions and has been advancing the application of laser technology since 1988. Research and Development efforts have resulted in numerous patents, with several pending, in their continual pursuit to develop and enhance laser systems that benefit the customer. Our R&D philosophy and execution are based upon designing highly modular solutions which gives customers the flexibility and investment protection to optimise laser systems as their business evolves.

Their solely owned, custom-built, state-of-the-art engineering and manufacturing facilities are located in Scottsdale, Arizona, where they manufacture both lasers and laser systems. Additional operating offices are located in Vienna, Austria and Yokohama, Japan. Universal Laser Systems leverages a global network of Authorised Local Representatives around the globe for customer sales and service support.

With the most comprehensive product offering in the industry, Universal Laser Systems has deployed its technology in almost every country in the world, with customers ranging from small, family-run operations to highly automated Global 2000 companies.

Key facts

Company
Universal Laser Systems
Headquarters
United States
Technologies
Gas lasers

Product ranges by Universal Laser Systems

CO2 Lasers

10W to 150W air-cooled CO2 lasers for OEM use.

CO2 Lasers

Contact us

To request further information and availability please feel free to contact us right away.Or just fill out our contact form for a member of the sales team to respond to you.

We support Universal Laser Systems in these technologies

Gas lasers

We offer a range of gas lasers, including He-Ne and CO2 types, renowned for their specific capabilities in precision applications. He-Ne lasers are particularly valued in scientific settings for their extremely high coherence lengths, suitable for experiments requiring precise control over laser properties. CO2 lasers, characterized by their 10.6µ wavelength, are optimal for processing materials that benefit from this specific wavelength, despite the prevalence of fiber lasers in many industrial applications. Explore technology