3D stability for imaging |
US Patent Number 9,019,363 |
What is Nano-Cyte®? | |
Features3D stabilization up to 3 nanometersActive positional control over daysCorrects for temperature gradients and driftSimultaneous image acquisition and stabilizationParticle localization analysisParticle position renderingThe Nano-Cyte® single molecule imaging system eliminates the microscope drift that limits advanced fluorescence imaging methods. With Nano-Cyte® you no longer need to be concerned with temperature gradients, sample drift, and microscope drift. Unprecedented stability in the nanometer regime allows long term experiments as never before. | |
Hardware | |
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Method | |
Software | |
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Stability Data | |
Nanometer Stability over Days
Effective Stability Using Nano-Cyte®
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Nano-Cyte® Specifications | |
Stability (X, Y, Z-Axis)3 nmDrift rate compensation (typical)10 nm/secStabilization rate (typical)1 frame/secMaximum data acquisition rateCamera dependentNanopositioning range of motion200 μm × 200 μm × 200 μm Position noise (total)0.4 nm Step size3 nmMicropositioning range of motion25 mm x 25 mm Encoder resolution20 nm Minimum step size95 nmControllerNano-Cyte®CommunicationUSB 2.0TTL outputs4 channelsOutput image formatTIFFSoftwareNano-Cyte®Software compatibilityLabVIEWμManagerImageJ & ImageJVIExportable DLLRapidSTORMMicroscope compatibilityNikon Ti, TE SeriesZeiss Axio SeriesOlympus IX SeriesRM21™Supported EMCCD Camera typesAndorPhotometricsHamamatsuPower supply90-260 VAC (50/60Hz)Operating systemWindows Vista/7/8 |
Additional Information | ||
Nano-Cyte® Brochure | Nano-Cyte® Video | |
Technical notes about sample preparation and applications are available by request. |
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