Mobius Photonics Patent for Precise Average Power Control of Green and UV
Fiber-Based Light Sources Targets Process Uniformity, Repeatability, Pulse
Stability.
SANTA CLARA, CALIF. – May 12, 2009 – Mobius Photonics, Inc. has been
awarded U.S. Patent #7,529,281, “Light source with precisely controlled
wavelength-converted average power”.
The key innovation protected by this patent is the control of
wavelength-converted pulse energy and average [...]
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SANTA CLARA, CALIF. – December 15, 2008 – Mobius Photonics, Inc. has been
awarded U.S. Patent #7,443,903, “Laser Apparatus Having Multiple
Synchronous Amplifiers Tied to One Master Oscillator”.
The architecture described offers a unique way to scale up average power
for integration into high throughput machine tools without sacrificing
reliability. Conventional diode-pumped, solid-state lasers are incapable
of the flexibility and [...]
Mobius Photonics, Inc. will
deliver the newest results for UV performance, based on the company’s
proprietary fiber amplifier-based UV laser platform, next month at the SPIE
Photonics West 2009 Conference (http://spie.org/x2584.xml). The
presentation (Paper 7193-14 & 7195-14) takes place on Monday, January 26,
2009, at the San Jose, California, Convention Center.
The Mobius Photonics team’s work, to be presented by [...]
Mobius Photonics, Inc. announced today that it has appointed Nexlase, GmbH, to spearhead distribution of its products throughout Europe.
Dr. Laura Smoliar, CEO of Mobius Photonics, Inc., said, “Customer interest in Europe is growing, so we want to have a regional presence that can serve this expanding market base. The Nexlase team offers the experience and [...]
www.mobiusphotonics.com – Mobius Photonics Inc. announced today that it has entered into an exclusive licensing agreement with Harvard University regarding United States patent #5,745,284. The patent is based on the pioneering work of Lew Goldberg, Dahv Kliner, and Jeffrey Koplow. It broadly covers UV laser sources based on the harmonic wavelength conversion of the output [...]
