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| Nanoscantech |
Centaur Scanning Probe Microspectrometer
Multi-function:
Scanning Probe Microscope
Raman Confocal Microscope
Laser Confocal Microscope
Fluorescence Confocal Microscope
Simultaneous study of composition and structure for
organic and inorganic sample
surface and subsurface structures
tissues, cells, biological molecules and interactions
Semiconductors, Polymers, Coatings
nano-mateials, pharmaceuticals, geological objects
minerals and art... etc.
SPM resolution
XY: <1nm
Z: <0.1nm
Spectral resolution: <1nm
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| Nanoscantech |
Certus Light Scanning Probe Microscope
Support AFM, Shear force AFM, STM
Capable of installation on optical microscope
SPM resolution
XY: <1nm
Z: <0.1nm
XYZ range: 100X100X15 um
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| Nanoscantech |
Certus Optics SPM/Optical Microscopes
Support AFM, Shear force AFM, STM
Upright or Inverted optical microscope
SPM resolution
XY: <1nm
Z: <0.1nm
XYZ range: 100X100X15 um
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| Nanoscantech |
Certus Standard SPM/Video Microscope
Support AFM, Shear force AFM, STM
USB video microscope
Fiber Illuminator
SPM resolution
XY: <1nm
Z: <0.1nm
XYZ range: 100X100X15 um
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| Nanoscantech |
Certus NSOM - Near-Field Scanning Optical Microscope
Certus NSOM - is a Scanning Probe Microscope (SPM), equipped with
special probe holder and optical equipment to conduct studies using
near-field effects.
Near-field optical microscopy is based on the properties of near (evanescent)
field, which allows to overcom a diffraction limit of classical optical
microscopy.
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| Nanoscantech |
Snotra - Scanning Probe Microscope + Cryo-Ultramicrotome
Snotra - unique research systems combining SPM and cryoultramicrotome.
This system has no analogs and is intended for study and reconstruction
of 2D- and 3D –morphology and properties of polymer and biological
materials and colloidal systems (nanoliquids) just after ultrathin section
at low temperatures. This technique allows to obtain qualitatively new
information on the physical and structural properties of biological and
polymeric materials at the level of individual macromolecular components
and study of three-dimensional nanostructures in the bulk materials.
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