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genesis fiber

COHR LifeSciencesGuide0215revN 2lr.pdf

COHR LifeSciencesGuide0215revN 2lr.pdf

Genesis CX for 355 nm in the UV, high power Medical Diagnostics: · OBIS LX, OBIS LS and Sapphire lasers for visible wavelengths (375 nm to 785 nm) · OBIS LG for 355 nm in the UV · BioRay for stable, cost-effective compact systems Confocal Microscopy: · OBIS LX for high speed modulation · OBIS Fiber

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Genesis CX for 355 nm in the UV, high power Medical Diagnostics: · OBIS LX, OBIS LS and Sapphire lasers for visible wavelengths (375 nm to 785 nm) · OBIS LG for 355 nm in the UV · BioRay for stable, cost-effective compact systems Confocal Microscopy: · OBIS LX for high speed modulation · OBIS Fiber

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Genesis CX for 355 nm in the UV, high power Medical Diagnostics: · OBIS LX, OBIS LS and Sapphire lasers for visible wavelengths (375 nm to 785 nm) · OBIS LG for 355 nm in the UV · BioRay for stable, cost-effective compact systems Confocal Microscopy: · OBIS LX for high speed modulation · OBIS Fiber

COHR LifeSciencesGuide0215revN 2lr.pdf

COHR LifeSciencesGuide0215revN 2lr.pdf

Genesis CX for 355 nm in the UV, high power Medical Diagnostics: · OBIS LX, OBIS LS and Sapphire lasers for visible wavelengths (375 nm to 785 nm) · OBIS LG for 355 nm in the UV · BioRay for stable, cost-effective compact systems Confocal Microscopy: · OBIS LX for high speed modulation · OBIS Fiber

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Genesis CX for 355 nm in the UV, high power Medical Diagnostics: · OBIS LX, OBIS LS and Sapphire lasers for visible wavelengths (375 nm to 785 nm) · OBIS LG for 355 nm in the UV · BioRay for stable, cost-effective compact systems Confocal Microscopy: · OBIS LX for high speed modulation · OBIS Fiber

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Genesis CX for 355 nm in the UV, high power Medical Diagnostics: · OBIS LX, OBIS LS and Sapphire lasers for visible wavelengths (375 nm to 785 nm) · OBIS LG for 355 nm in the UV · BioRay for stable, cost-effective compact systems Confocal Microscopy: · OBIS LX for high speed modulation · OBIS Fiber

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Lasers-for-Life-Sciences-Product-Guide FORMFIRST.pdf

Genesis CX for 355 nm in the UV, high power Medical Diagnostics: · OBIS LX, OBIS LS and Sapphire lasers for visible wavelengths (375 nm to 785 nm) · OBIS LG for 355 nm in the UV · BioRay for stable, cost-effective compact systems Confocal Microscopy: · OBIS LX for high speed modulation · OBIS Fiber

COHR LifeSciencesGuide0215revN 2lr.pdf

COHR LifeSciencesGuide0215revN 2lr.pdf

Genesis CX for 355 nm in the UV, high power Medical Diagnostics: · OBIS LX, OBIS LS and Sapphire lasers for visible wavelengths (375 nm to 785 nm) · OBIS LG for 355 nm in the UV · BioRay for stable, cost-effective compact systems Confocal Microscopy: · OBIS LX for high speed modulation · OBIS Fiber

Microsoft Word - Document1

Microsoft Word - Document1

Figure 2. The effectiveness of STED is clear in this pair of images of fluorescently tagged microtubuli in mammalian cells using a 577-nm Coherent Genesis laser to drive the STED effect: conventional confocal (left) and gated STED image (right). Image courtesy of Dr. Giuseppe Vicidomini and Dr.…

Microsoft Word - Document1

Microsoft Word - Document1

Figure 2. The effectiveness of STED is clear in this pair of images of fluorescently tagged microtubuli in mammalian cells using a 577-nm Coherent Genesis laser to drive the STED effect: conventional confocal (left) and gated STED image (right). Image courtesy of Dr. Giuseppe Vicidomini and Dr.…

Microsoft Word - Document1

Microsoft Word - Document1

Figure 2. The effectiveness of STED is clear in this pair of images of fluorescently tagged microtubuli in mammalian cells using a 577-nm Coherent Genesis laser to drive the STED effect: conventional confocal (left) and gated STED image (right). Image courtesy of Dr. Giuseppe Vicidomini and Dr.…

Bio Optics World - January/February 2015

Bio Optics World - January/February 2015

…ZMWs (see Fig. 2). According to Paul Lundquist, Senior Manager of Optical Engineering and Instrument Design at Pacific Biosciences, Coherent's Genesis technology was well suited for this application. "It is not difficult to generate a diffraction-limited spot from a laser beam, but the optical…

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