• Dragonfly 201(202)

    The Dragonfly naturally benefits from Andor EMCCD and sCMOS technologies, the system delivers industry-leading signal to noise and image fidelity. Applications ranging from single molecule to live cell confocal. Dragonfly delivers real-time visualization for rapid specimen evaluation and GPU-accelerated deconvolution to maximize resolution and throughput.

    Feature
    • 1-pinhole(optional 2-pinhole)
    • Optional 2 camera(Dragonfly 202)
    • Fast Imaging
    • Real-time 3D Rendering
    • Live Super Resolution imaging with SRRF
    • Borealis Uniform Illumination
    • Expand excitation laser to NIR wavelengths(~785nm)
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  • Dragonfly 502(503, 505)

    The Dragonfly naturally benefits from Andor EMCCD and sCMOS technologies, with motorized optical zoom, the system delivers industry-leading signal to noise and image fidelity. Applications ranging from single molecule to live cell confocal, TIRFM to whole embryo and thick tissue imaging all benefit from the system’s speed and sensitivity. Dragonfly delivers real-time visualization for rapid specimen evaluation and GPU-accelerated deconvolution to maximize resolution and throughput.

    Feature
    • Fast Imaging
    • Real-time 3D Rendering
    • Borealis Uniform Illumination
    • Simultaneous multi-color TIRF
    • Live Super Resolution imaging with SRRF
    • High power density for Localization method Super Resolution Raw image acquisition
    • Expand excitation laser to NIR wavelengths(~785nm)
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  • RCM

    The RCM is a standard confocal microscope extended with a re-scan detection unit. With a simple trick a resolution of 170nm can be achieved for any pinhole diameter. The pinhole is only needed for Z-sectioning. Since RCM has also a strongly improved sensitivity there is no need for high laser power, being more friendly for cells. At this moment RCM can work in multi-colour mode for different colour combinations and ratio-imaging. But it is our mission to go further by extending the spectral range into the IR for deep tissue imaging and real-time acquisition speed for monitoring highly dynamic processes. Applications like FRET, FRAP, pH, and Ca2+ are possible and many more biological applications are on the horizon.

    Feature
    • 170nm compared to 240nm of regular confocal microscope(without Deconvolution)
    • Detector with more than twice higher QE of regular confocal microscope and 4x better signal-to-noise ratio
    • Camera and microscope connect by standard C-mount coupling and laser with single mode fiber
    • The re-scan principle provides confocality deeper in the sample
    Brochure
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