Tuesday, January 24, 2012

Symphony Sensors Appointed Exclusive US Distributor by CanaLaser Technologies

NINGBO, China & RIO RANCHO, N.M.--()--CanaLaser Technologies Co., Ltd. announced today the appointment of Symphony Sensors, Inc., to exclusively represent its low-noise, Tunable, Single-Frequency Lasers (TSFL) into the US market. Both companies are representing CanaLaser’s industry-leading lasers, single-frequency and fiber, as well as its fiber amplifiers at the SPIE Photonics West Exhibition during January 24-26, 2012 at exhibit 5516.


Symphony Sensors is among the first US companies to utilize CanaLaser’s TSFL-series lasers for commercially off the shelf sensor systems. Dr. Dustin W. Carr, Chief Technology Officer for Symphony, stated, "CanaLaser's single-frequency laser products offer industry-leading performance in line-width, wavelength stability, noise and vibration sensitivity, making them ideal for high performance sensor applications. After testing these lasers, I was extremely impressed and urged our CEO to consider representing their excellent devices into the United States markets.”

Dr. Yong Wang, CanaLaser’s Chief Technology Officer, remarked, “We were very pleased to be approached by Symphony to represent us beyond integration of our lasers into their sensor systems as their management team has demonstrated expertise in delivering and supporting advanced technologies into the market.”
CanaLaser Technologies is an advanced laser company developing and manufacturing advanced lasers, opto-electronic devices and subsystems, including tunable single-frequency lasers for telecommunications and optical precision measurements, industrial lasers for material processing and laser machining, medical lasers for diagnosis and therapy, compact solid-state lasers for laser display, and optical fiber amplifiers.


Symphony Sensors is a developmental Company focused on commercialization of optoelectronics-based physical sensors for use in applications requiring high-performance in unprecedentedly small packaging.

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