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FluoView FV1000 and FV1000MPE
Oct 2010
Olympus Europa SE & Co. KG, Medical Systems & Micro-Imaging Solutions GroupRequest Info
HAMBURG, Germany, Oct. 28, 2010 — Extending confocal and multiphoton functionality, Olympus Europa Holding GmbH has introduced advanced laser-sharing and dual-port SIM (simultaneous) scanning capabilities to its FluoView FV1000 confocal laser scanning and FluoView FV1000MPE multiphoton laser scanning microscopes.

Providing effective and efficient methods of increasing flexibility, these modules enable users to perform a diverse variety of applications, without the need to invest in additional imaging systems. The laser-sharing dual-microscope systems enable users to employ the same infrared laser on two multiphoton excitation (MPE) systems. As a result, researchers can perform experiments linking multiple multiphoton systems based on inverted and/or upright microscopes.

The addition of a second laser port in the Olympus FV1000 SIM scanner increases the versatility of the company’s confocal and multiphoton systems. Researchers can use infrared and visible light simultaneously for stimulation experiments, and both lasers can be used alternately for ultrafast multipoint scanning applications.

The FluoView FV1000MPE range provides deep imaging for live and thick slice samples. Based on the proprietary FluoView FV1000 confocal laser scanning microscope, the MPE system is available in four models, producing high penetration depths. Each model uses pre-chirped infrared femtosecond pulsed lasers and non-descanned detectors to cover every mutiphoton excitation image required. The “multiphoton exclusive system” is designed to achieve deeper imaging with minimum complexity, whereas the “basic system” enables multiphoton deep imaging and confocal imaging with a visible laser.

The “stimulation system” is equipped with two sets of laser scanners for confocal and simultaneous stimulation using multiphoton absorption. The most advanced model, the “twin system,” incorporates the SIM scanner, providing an independently controllable, fully integrated second infrared laser for simultaneous multiphoton imaging and laser manipulation.


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