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1 - 12 of 190 Products for 'Dye Laser' Page 1 of 16 |

Dye Laser

INNOVA 70C

INNOVA 70C

…70C Applications Application Process Material Life Sciences Scientific Confocal Microscopy Flow Cytometry Laser Doppler Velocimetry Fluorescence Excitation Dye Laser Ti:Sapphire Laser --> Features & Benefits Power Specifications 1 70C-3 70C-4 70C-5 70C-K 70C-Spectrum Wavelength (nm) Multiline…

INNOVA 90C

INNOVA 90C

…90C Applications Application Process Material Life Sciences Scientific Confocal Microscopy Flow Cytometry Laser Doppler Velocimetry Fluorescence Excitation Dye Laser Ti:Sapphire Laser --> Features & Benefits Power Specifications 1 90C-A3 90C-A4 90C-A5 90C-A6 90C-K Wavelength (nm) Multiline…

INNOVA Sabre

INNOVA Sabre

…Applications Application Process Material Graphic Arts Microelectronics Scientific Graphic Arts Holography Laser Direct Imaging (LDI) Lithography Photographic Film Photoresist Dye Laser Ti:Sapphire Laser Plastic Paper Fluorescence Excitation --> Features & Benefits Argon DBW Innova Sabre Argon…

Laser Focus World - August 2016

Laser Focus World - August 2016

lasers, with 488 nm excitable dyes a central focus. Fluorescein isothiocyanate (FITC) and phycoerythrin (PE) attained ubiquity in nearly every flow cytometry lab as a result. As a pioneer in argon ion lasers since 1969, flow cytometry became one of Coherent's first major commercial successes. Laser

Ted Haensch  Sharing His Unique Perspective on Lasers

Ted Haensch Sharing His Unique Perspective on Lasers

…his unique experience in lasers and laser spectroscopy. O&P: Long before your work with stabilized frequency combs you were wellknown to many in the laser community because of your work stabilizing nanosecond dye lasers at Stanford - "The Haensch-type dye laser". TH: After I finished my PhD…

Optically-Pumped-Semiconductor-Laser-Brochure.pdf

Optically-Pumped-Semiconductor-Laser-Brochure.pdf

Tomorrow's OPSL Products Lasers have come a long way over the last nearly 50 years. Ion laser technology has succumbed to CW diode-pumped solid-state (DPSS) technology, and more recently Optically Pumped Semiconductor Lasers have replaced DPSS lasers. This new generation of lasers provide higher…

Lasers for Optogenetics and Multimodal Microscopy

Lasers for Optogenetics and Multimodal Microscopy

…referred to as multiphoton excitation (MPE) that currently rely on femtosecond laser sources and deliver inherent three-dimensional imaging. The oldest and simplest method is twophoton excitation of fluorescent dyes and probes. The last ten years also witnessed an explosion in the use of genetically…

Laser Focus World - May 2015

Laser Focus World - May 2015

…compressed. The evolution of ultrafast lasers over the years can be seen in a chart provided by fiber-based ultrafast laser maker Toptica (Munich, Germany). The first ultrafast lasers, based on a dye gain medium, were expensive and unreliable, while laser types based on solid-state gain media such…

Laser Focus World - May 2015

Laser Focus World - May 2015

…compressed. The evolution of ultrafast lasers over the years can be seen in a chart provided by fiber-based ultrafast laser maker Toptica (Munich, Germany). The first ultrafast lasers, based on a dye gain medium, were expensive and unreliable, while laser types based on solid-state gain media such…

Laser Focus World - May 2015

Laser Focus World - May 2015

…compressed. The evolution of ultrafast lasers over the years can be seen in a chart provided by fiber-based ultrafast laser maker Toptica (Munich, Germany). The first ultrafast lasers, based on a dye gain medium, were expensive and unreliable, while laser types based on solid-state gain media such…

Laser Focus World - November 2017

Laser Focus World - November 2017

…excimer laser was introduced 40 years ago by Lambda Physik (now Coherent; Santa Clara, CA). Interestingly, its developers-- Bernd Steyer and Dirk Basting--were both chemists whose main goal was to develop a light source for photochemistry and dye laser pumping. As soon as excimer lasers entered the…

Laser Focus World - August 2016

Laser Focus World - August 2016

lasers, with 488 nm excitable dyes a central focus. Fluorescein isothiocyanate (FITC) and phycoerythrin (PE) attained ubiquity in nearly every flow cytometry lab as a result. As a pioneer in argon ion lasers since 1969, flow cytometry became one of Coherent's first major commercial successes. Laser

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