Ntegra Marlin

Features

Description

AFMSICMRaman triple synergy of powerful nanocharacterization techniques Hopping mode ion conductance microscopy noncontact imaging of living cells and jelly surfaces QNM power of AFM and SICM quantitative nanomechanical studies Smart Patch Clamp automatic nanopipette targeting for ion channel studies HighSpeed LongRange HighResolution mapping at nanoscale Nanoinjection nanopipettes with SICM feedback control can be used for local subpicoliter injections to single cells SICM (Scanning Ion Conductance Microscopy) is an SPM technique which uses nanopipette (sharp glass electrode) for noncontact 3D surface mapping at high resolution. In SICM, the probe to sample distance is controlled via the decrease of ionic current flowing through the tip, as it approaches the sample surface. Biophys.Journ. 73, 653658

  • Optical measuring equipment
  • Sicm System
  • Conductance Microscopy
  • Bringing Sicm

Product characteristics

Position control
capacitive closed-loop sensors on X,Y,Z axes
XY travel range
30×30 μm (optionaly up to 100×100 μm
Z travel range
25 μm
Z position accuracy
0.1 nm
Applications
SICM (Hopping mode), SECM, Smart Patch-Clamp, Microinjection, QNM, pH mapping
Typical image acquisition time
less than 5 minutes (depends on point number and sample roughness)
High-performance low noise AFM
Z noise <0.1 nm (RMS in 10-1000 Hz bandwidth)
AFM Applications
all standard AFM imaging modes (40+), Force-distance spectroscopy
Diffraction limited spatial resolution
<200 nm in XY, <500 nm in Z (with immersion objective)
Echelle grating with ultrahigh dispersion; spectral resolution
0.007 nm (<0.1 cm-1)
Highest possible resolution optics is used simultaneously with AFM/SICM
up to 1.45 NA
Dual scan
scan by sample AND scan by laser spot (for Hot Spot mapping in TERS)

Documents

Domain icon Manufacturer/ Producer

124460 Moscow - Russia

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