26 Oct 2007 With the new development of the combined laser beam diode modules with up to four different wavelength, the gas laser technology in the area of Multiline lasers immediately belongs to the past. With the new Multiline lasers, the emission wavelength can be configured according to customer requirements and these lie within the wave length ranges of 375 nm in ultraviolet area to 1.064 nm in infrared area. The dual and triple an quad wavelength diode lasers from Omicron provide two or three or four emission wavelengths in a co-linear laser beam.
For the first time the new beam combined Omicron Laser provides the possibility to replace the out-of-date multi-line gas laser with modern diode lasers in applications such as microscopy, flow cytrometry, reprography or holography. The future orientated modules designate themselves through much more compact dimensions, a much higher life span and much lower consumption of energy. All wavelength combinations are possible such as 375nm, 405nm and 635nm for biotechnology or RGB combinations such as 448nm, 532nm and 658nm for reprography. Furthermore, individual operating modes can be selected for the individual wavelengths such as highly stable CW operation, analogue modulation with up to 350 MHz, digital modulation with up to 500 MHz or the unique "Deepstar" modulation that has been developed by Omicron with modulation depths of more than one to a million. The additionally available single and multi-mode fibre couplers as well as further options make the new multi wavelength modules from Omicron the most flexible Multiline Laser on the market.
More information on Omicron products is available at www.omicron-laser.de, by sending an e-mail inquiry to mail@omicron-laser.de, or by calling +49 6106-8224-0. |
