12 Jan 2011 The new Fianium SC450-8-VE is the most powerful supercontinuum laser commercially available with over 8W of total optical power and a spectrum optimised to provide the maximum visible light. With over 1.5W in the visible wavelength range, in a single-mode beam, the system sets the new standard for white light sources across a range of applications.
An average visible brightness of more than 5mW/nm makes this system useful for the most demanding applications requiring high power visible light such as flow cytometry, industrial inspection, fluorescence imaging and broadband spectroscopy. The full spectrum extends from less than 450nm to greater than 2000nm and the system is available in fixed and variable repetition rate versions for ultimate flexibility. With the variable repetition rate option, the source is perfectly suited to both lifetime studies and steady state measurements.
The all-fiber design is robust, modular and upgradable and uses an industry-ready 19” rack-mount chassis equally suitable for OEM and laboratory applications. As with all Fianium products the SC450-8-VE is a turn-key system and no user alignment, maintenance or adjustment is required. In addition the laser is compatible with the full range of Fianium plug-and-play accessories, including the new high power AOTF-HP tunable filter module.
For more information call +44(0)2380 458776, email info@fianium.com or visit the Fianium stands at BIOS (A8703) and Photonics West (A2501) exhibitions, where we will be demonstrating the system.
About Fianium
Fianium is the leading manufacturer of high-performance ultrafast fiber lasers for applications in bio-medical, materials processing and scientific research. The company was founded in 2003 with the objective to challenge the dominance of ultrafast DPSS and pioneered the development of new generation of fiber lasers that combine the advantages of semiconductor technology with the maturity of specialty optical fibers. Fianium’s ultrafast fiber lasers deliver superior performance, reliability and usability at a lower total cost of ownership compared with conventional solid state lasers.
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