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Mobius Photonics, Inc. May 5, 2009

About this company

Mobius Photonics, Inc.
Mobius Photonics, Inc.
3350 Scott Blvd. - #38
Santa Clara
CA
95054
United States

Tel: 1 408 496 1084

Mobius Photonics Inc. ("Mobius") delivers rugged and reliable fiber-based laser sources to the commercial market.

Current products can be configured for 355nm, 532nm, or 1064nm output. Our products offer unique material processing capabilities,enabling higher throughput with superior control. Innovative features include Very Short Pulse (2ns) control of the pulse width and pulse repetition frequency (PRF) and operation at high PRFs up to 1 MHz. All Mobius products are designed for 24/7 operation in demanding commercial applications.
Products From this Company:

The current product family is denoted as the G1+ Laser System and features both fundamental (IR) and harmonically wavelength converted(green and UV) outputs. These products are based on a pulsed master- oscillator, fiber-power-amplifier (MOFPA) architecture. An all fiber amplifier design eliminates the complexity and performance limitations of bulk amplifiers or Q-switched lasers.

The unique architecture of the Mobius G1+ Laser System allows diffraction limited operation over a wide range of user adjustable pulse repetition frequencies, pulse widths, and duty cycles. In contrast to conventional solid-state lasers, the output beam spatial properties, such as beam diameter, divergence, and pointing, are largely
independent of the system operating parameters.

Patents:
Harvard Patent. Mobius has the exclusive license to US Patent #5,745,284, with fundamental claims on UV laser sources based on fiber amplifiers. There is no limitation to field of use, and we have the right to sublicense the patent.

Mobius Photonics U.S. Patent #7,443,903, “Laser Apparatus Having Multiple Synchronous Amplifiers Tied to One Master Oscillator”. Mobius has described an architecture offering 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 scalability of the fiber-based architecture embodied in this patent. For customers in cost-sensitive applications, such as solar cell processing, PCB manufacturing, or display manufacturing, this approach enables high throughput with competitive cost of ownership.