Universal Laser Systems is an innovator in the field of laser engraving, laser cutting and laser marking equipment, and the laser material processing systems we manufacture are the products of decades of experience and a commitment to research and development. Our laser systems deliver everything you have come to expect from a high quality product—including excellent precision, performance and reliability—but they also offer several exclusive, Uniquely Universal features. These patented, proven laser processing innovations were designed to make laser processing more effective, productive and profitable. And you can only get them from Universal Laser Systems.
The PLS6MW Multi-Wavelength Laser Platform uses multiple laser wavelengths to process the broadest possible spectrum of materials. The PLS6MW is built on Universal"s patented Rapid Reconfiguration technology, so changing laser wavelength is as easy as changing the laser source and requires no tools, optics changes or software reconfiguration. This cost-effective, small-footprint, total material processing solution is ideal for fast-paced R&D and production environments and is only available from Universal Laser Systems.
1.06 micron - Fiber
Materials: Most metals, some plastics. When configured with a 1.06 micron pre-aligned interchangeable fiber laser, the PLS6MW can mark most metals and some plastics.
10.6 micron – CO2
Materials: Plastics, textiles, wood and some metals. Reconfigure the PLS6MW with a standard 10.6 micron pre-aligned interchangeable CO2 laser to open up the full breadth of organic material processing capabilities.
9.3 micron – CO2
Materials: Some plastics. Reconfigure the PLS6MW with a specialized 9.3 micron pre-aligned interchangeable CO2 laser for excellent results on certain highly-functional plastics.
Materials: Some complex materials, including mirrored acrylic, adhesive-backed foils and some plastics. The multi-wavelength functionality of the PLS6MW can be used to accomplish some tasks which are impossible if only a single laser source is used