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Nanonics CryoView 2000™

CryoView 2000™ Product Presentation. Nanonics CryoView 2000™. CryoView 2000™ Product Presentation. CryoView 2000 ™ Complete System. CryoView 2000™ Product Presentation. Modes of Operation. SPM modes: AFM contact AFM Intermittent contact mode Electrical Measurements NSOM

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Nanonics CryoView 2000™

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  1. CryoView 2000™ Product Presentation Nanonics CryoView 2000™

  2. CryoView 2000™ Product Presentation CryoView 2000 ™ Complete System

  3. CryoView 2000™ Product Presentation Modes of Operation • SPM modes: • AFM contact • AFM Intermittent • contact mode • Electrical Measurements • NSOM • Far Field Methods: • Standard MicroscopeImaging • Fluorescence • Confocal

  4. CryoView 2000™ Product Presentation Schematic view of the CryoView 2000 ™ • Cryogenic Tip Scanner • Upper sapphire window • Upper radiation screen • Copper wire braids (heat changer) • Cryostat • Cold finger • Radiation shield • Bottom radiation screen • Bottom sapphire window • XYZ positioner • Transmission • Stepper motor • UHV Chamber • UHV pump station • Vacuum seal • Removable chamber cover • Cold sample mount • Scanner hinge

  5. CryoView 2000™ Product Presentation Easy Probe Placement • probes pre mounted on a tuning fork • Easy magnetic placement of probe

  6. CryoView 2000™ Product Presentation Tuning Fork Feedback Unique tuning fork technology using a tapered and cantilevered NSOM or AFM probe. Probes are premounted on the tuning fork. Tuning fork Probe Glue

  7. Standard NSOM/SPM Technology CryoView 2000™ Product Presentation Cylindrical Piezo Probe is not Optical, microRaman or Electron/Ion Beam Friendly neither from the top nor bottom

  8. The CryoView 2000 ™ Technology CryoView 2000™ Product Presentation Flat Scanner Probe is Optical, microRaman or Electron/Ion Beam Friendly from the top and the bottom

  9. CryoView 2000™ Product Presentation Nanonics 3D-Flatscan™ • Only 7 mm thick • 70 mm X-Y-Z scan range • Central opening providing clear optical axis

  10. CryoView 2000™ Product Presentation High Vacuum System Ion pump system to maintain high vacuum without vibration. Turbo pump system to reach high vacuum.

  11. CryoView 2000™ Product Presentation Cooling System Liquid Nitrogen or liquid Helium can be used for the cooling of the sample. The scanner is kept at a higher temperature, thus enabling a bigger scanrange. 1. Cryogenic Tip Scanner 4. Copper wire braids (heat changer) 5. Cryostat 6. Cold finger (arrows indicate coolant flow) 7. Radiation shield 8.Bottom radiation screen

  12. CryoView 2000™ Product Presentation XYZ Sample Positioning System • The sample is mounted on a motorized XYZ-stage. • Automated approach • Easy selection of imaged • portion of the sample • Easy mounting of the • sample on sample holder

  13. CryoView 2000™ Product Presentation Illumination Sources Fiber coupler and laser • Illumination through the fiber using a Fiber Coupler • Nd-YAG Laser (532 nm) • Ar+-Laser (488 & 515 nm) • HeCd-Laser (325 nm) • Diode Laser (Vis – IR) • Femtosecond Laser

  14. CryoView 2000™ Product Presentation Detection System • Detectors on the Microscope ports • APD (Vis) • PMT (UV – VIS) • InGaAs (IR) • Fiber adapter for the connection to a Spectrometer or Monochromator • … Reflection mode detector

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