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NANOEDUCATOR platform: Specification

Technical characteristics
Scanning system  
Scanning by sample
Scan range XY, μm better than 100
Scan range Z, μm better than 10
Min. scanning step 2 Å
RMS deviation of the linear dimensions measurements in XY plane less than 5%
RMS deviation of the linear dimensions measurements in Z-direction less than 5%
Resolution  
Resolution in XY plane no more than 50 nm
Resolution in Z-direction no more than 2 nm
Maximum number of scanning points in X- and Y-directions 1024х1024
Scan non-linearity in XY plane in nm, less 30
Scan non-orthogonality in XY plane in deg, less 5
Scan non-planarity in XY plane in μm, less 500
Drift in XY no more than 5 Å /sec
Drift in Z-direction no more than 5 Å /sec
AFM mode X_Y – 50 nm tipically, up to 10 nm with sharp tip and vibroisolation Z – 3 nm
STM mode X_Y – 10 nm, Z – 3 nm
Operating systems Mac OS and Windows XP
Sample  
Sample size diameter up to 12 mm
Sample thickness up to 5 mm
Possibility of giving voltage across the sample yes
Mass and overall dimensions  
Controller overall dimensions (length x width x height) in mm 260х160х360
Measuring head overall dimensions (length x width x height) in mm 160х160х130
Mass (as a unit) in kg, less 8
Probe characteristics  
Material Tungsten wire D 100 – 150 μm
Tip curvature radius 100 nm
Tip cone angle 20–40°
Tip sharpening availability up to 10 nm
Probe is grounded  
Optical system CCD camera for visual tip approach control
Compatibility with long focus optical microscope  
Service conditions  
Supply voltage of alternating current 220(+10/-15%) V
Power consumption no more than 60 W
Ambient air temperature 20±5 °С
Relative air humidity no more than 65±15 %
Atmospheric pressure 760±30 mm Hg
Thermal drift no more than 1 °С per hour
Vibration amplitude in the band of 11000 Hz no more than 0,5 µm
Nanoworld is now available for MAC OS users
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