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1704 results:
toptica-iChrome_FLE-short-info.pdf   flexible. Flexible Multi-Color Laser Combiner for Microscopy iChrome FLE Up to 7 Laser Lines from 405 to 785 nm • COOLAC automatic alignment, never again waste time for alignment • Tailored to  
toptica-ultra-1050-short-info.pdf   bright. Compact, turn-key, and optimized for 2-Photon Microscopy 1050 nm Femtosecond Fiber Laser Plug & Play with fully integrated dispersion precompensation and power control! Simple alignment  
toptica-ultra-780-II-short-info.pdf   reliable. High-power ultrafast fiber lasers 780 nm Femtosecond Fiber Laser • Powering the fastest 2-Photon Lithography on the market • Super-compact cold laser head • Full software controllable  
toptica-ultra-780-II-short-info_01.pdf   reliable. High-power ultrafast fiber lasers 780 nm Femtosecond Fiber Laser • Powering the fastest 2-Photon Lithography on the market • Super-compact cold laser head • Full software controllable  
toptica-vario-1030-short-info.pdf   variable. Compact, turn-key, and optimized for 2-photon microscopy 1030 nm Femtosecond Fiber Laser Advanced Pulse Control – „real“ Pulse on Demand • Variable pulse steps, quasi-continuously  
toptica_BR_THz_TeraFlash_smart.pdf   TeraFlash smart Ultrafast Time-Domain Terahertz Platform TeraFlash smart Key Features · Enables fastest terahertz-based thickness measurements to-date TOPTICA’s TeraFlash smart utilizes a  
toptica_BR_THz_TeraSpeed.pdf   TeraSpeed Superfast Terahertz Screening Platform TeraSpeed Key Features · Extremely fast measurements of terahertz pulse intensities The TeraSpeed serves applications in quality control and  
toptica_BR_TopMode.pdf   TopMode Single-Frequency Diode Lasers Interferometry & Holography Precision Metrology Raman Spectroscopy / Microscopy Quantum Cryptography Photonic Down-Conversion TopMode − Performance with  
toptica_BR_scientific_lasers_TA_pro.pdf   HIGH POWER Single-mode diode lasers often do not meet the power requirements of applications. 11) the power can easily increase to the Watt level without impairing the spectral quality of the seed  
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