The FV1200MPE TWIN is the ultimate multiphoton system for optogenetics, electrophysiology and high speed measurements in live tissues. With dual IR laser inputs, an increase of 50% in multiphoton excitation efficiency and superb MPE dedicated objectives, the FV1200MPE TWIN delivers high sensitivity and deep imaging with the ability to simultaneously image and stimulate with both pulsed IR and visible lasers. Configured with standard visible confocal capability and a range of descanned and non-descanned detector options, the FV1200MPE twin pushes the envelope for interactive visible and multiphoton imaging.
Resources and Downloads
Brochures
- FluoView FV1200MPE Brochure (PDF)(3.4MB)
- FV1200MPE Overview Brochure (PDF)(1.3MB)
- FV1200 MMASW Flyer (PDF)(4.2MB)
Downloads
Using methods similar to Random Access Scanning, Olympus Multipoint Mapping Advanced Software (MMASW) provides high speed measurement capability up to 50,000 Hz data output for functional imaging.
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From Large Scale Imaging to Functional Measurements
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Motion compensation for Intravital Imaging Microscopy by Dr. Claudio Vinegoni
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Olympus FluoView FV1200 Laser Scanning Confocal Microscope
Senior Product Manager Brendan Brinkman discusses the new Olympus FluoView FV1200 and FV1200MPE laser scanning confocal and multiphoton systems and their optimizations for live cell and tissue imaging. Optimized for Imaging Live Cells and Tissues, FV1200 brings sensitivity and power to your research through a range of innovative technology and sensitivity improvements, allowing you to capture the most critical elements of your biological samples with speed, precision and reliability. Topics in the video include new high sensitivity gallium arsenide phosphide (GaAsP) detection, new continuous and one touch autofocus, touch panel control with the IX83 ZDC microscope, improved light throughput with anti-corrosive silver coated galvanometer scanning mirrors, adjustable live cell and animal stage options, near IR and multiphoton laser options, and high speed measurement software and simultaneous stimulation capability for optogenetics.
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