7 July 2006

Universal Laser Systems, inc, awarded US patent for its high power density focusing optics

Universal Laser Systems, Inc., manufacturer of CO2 lasers and laser systems, has been awarded U.S. Patent No. 7,060,934 for its High Power Density Focusing Optics (HPDFO™). HPDFO effectively increases the power density of a CO2 laser beam to produce the effects of a much higher-powered laser.

HPDFO consists of two parts: the beam expander assembly and the high resolution optics assembly. HPDFO first expands the diameter of the laser beam to produce a smaller, more tightly focused "spot" than a standard laser beam delivery system, then concentrates that expanded energy at the focus point to create a much higher power density. The effective spot size produced by HPDFO can be as small as one-quarter the size of the spot produced by a standard 2.0 inch focusing lens.

"HPDFO achieves dramatically improved resolution for applications requiring extremely fine detail," said Chris Risser, Universal's Product Development Manager. "Depending on the application material, you can engrave smaller text, produce higher resolution graphics, cut thinner lines, and produce deeper cuts with the same laser power."

HPDFO makes it possible to directly mark some uncoated metals, such as stainless steel, cold rolled steel, iron, titanium, and some types of chrome without the assistance of metal marking chemical compounds or coatings. Depending on the application material, HPDFO further makes it possible to produce graphics with up to 1,000 dpi of optical resolution and vector cut lines with 250 µm kerf thickness. HPDFO is compatible with Universal Laser Systems' VersaLaser, Professional and XL Series laser systems, and retrofit kits are available for some older models.

Universal Laser Systems, Inc. is the pioneer and highest volume manufacturer of unique laser imaging computer peripherals and one of the world's largest suppliers of OEM CO2 lasers. ULS has been awarded numerous patents for its lasers and laser systems with additional U.S. and international patents pending.

Contact: Cherie White

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