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1.    TrueContinuousWaveUVLasersforLifeSciences12  (PAGE 1 OF 2) ... . Standout examples are flow cytometry for embryo selection and some emerging applications in confocal microscopy. Historically, continuous wave (CW) ultraviolet output was only available from bulky, power hungry gas lasers. More recently, a number of CW UV applications, both biomedical and non-biomedical ...

2.    COHR_LifeSciencesGuide2009 Best match in this PDF  |  All matches in this PDF Lasers for Life Sciences Superior Reliability & Performance 2009 Laser Overview Genesis CUBE Compass Genesis Sapphire Applications: · Flow Cytometry · Confocal Microscopy · Genomics · Proteomics · Medical Diagnostics · Environmental Monitoring Lasers for Life Sciences Overview of Laser Applications ... Related Searches: 375 nm | optically pumped semiconductor laser | uv lasers | 755 nm

3.  AVIA Family of DPSS Lasers 20W at 355nm, 266nm, and 532nm."> AVIA Family of DPSS Lasers High-power, Q-switched lasers for a wide range of materials processing and micromachining applications at wavelengths of 266 nm, 355 nm and 532 nm. Key AVIA Advantages Maximum Uptime and Availability Better Performance by Design Manufactured ... Related Searches: dpss | 266nm | isolator | 355 nm diode

4.    AR_RP_102004Rev2  (PAGE 2 OF 2) ... broad absorption band also reduces costs. The higher emission cross section also translates into higher repetition rates - up to 100 kHz. This quasi-cw performance makes for uniform curing and fast processing. In addition, inherent in the design of vanadate cavities is superior beam quality which leads ...

5.  Extreme-UV Beam Intensity Profilers ... (camera-dependent): 70 µm Saturation @ 193 nm-248 nm: 30 mJ/cm 2 Saturation @ 308 nm: 50 mJ/cm 2 Sensitivity: 5 µJ/cm 2 Damage threshold - CW: 1.5W/cm 2 Damage threshold - pulsed: 600 mJ/cm 2 Uniformity over aperture: 5% Image persistence (fluorescence lifetime): 5 µS Image size: 6:1 (zoom) 1:1 Literature ...

6.    Genesis355-40_60_80_100_150S_DS  (PAGE 1 OF 2) Genesis 355-40/60/80/100/150 S High-Power Optically Pumped Semiconductor Lasers (OPSL) Features True CW (continuous wave) 355 nm output Low noise performance Superior mode quality OPSL reliability Choice of air or water-cooled solutions Available in OEM or end user versions Superior Reliability & ...

7.    Genesis355-40_60_80_100_150S_DS  (PAGE 2 OF 2) Optical Specifications1 Genesis 355-40/60 S 355-80/100/150 S Wavelength (nm) 355 2 FWHM Linewidth (GHz) <50 Pulse Format CW Spectral Purity (%) >99 Output Power2 (mW) 40, 60 80, 100, 150 Spatial Mode TEM00 Beam Quality (M2) <1.2 Beam Circularity3 0.95 0.1 Beam Horizontal Waist Diameter (mm ...

8.    OPSL_Brochure_4_2010  (PAGE 9 OF 13) ... spectrum. The Genesis family today extends the portfolio in the visible up to 8W for research. In the UV at 355 nm, Genesis was the first true CW solid-state laser for life science and other applications that benefit from low noise performance and is free of the potential biological damage from peak ... Related Searches: tracer | opsl | genesis

9.    Paladin_Conversion_Efficieny_LP_0608  (PAGE 1 OF 2) ... with photoresists or other light-sensitive media and the signal to noise ratio of detection systems is improved. The traditional continuous wave (CW) source providing UV laser light has been the ion laser. Unfortunately, these lasers are physically large and typically require a support infrastructure ... Related Searches: uv lasers | vanadate

10.    Paladin_Conversion_Efficieny_LP_0608  (PAGE 2 OF 2) ... for LDI Modulator Scan optic Paladin laser Direction of movement Summary: High throughput - increased efficiency The ion laser is the traditional CW source delivering UV light. Unfortunately, these lasers are very large in size. In addition, an expensive infrastructure is needed to operate them, resulting ...

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