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In situ Probing
Products Specifications
In situ Probing TEM from Nanofactory Instruments AB* Nanofactory products incorporate miniaturised 3D movements, achieved using a patented piezo micropositioning device, to enable probe microscopy within the small dimensions of a TEM specimen holder tip.
STM Holder* • 3D nanoscale positioning of the probe
• electrical probing (tunneling, conductivity)
• I-V, I-Z plots - multi-mode STM imaging
• ST1000 Single-tilt TEM-STM system
• ST1500 Double-tilt TEM-STM system
TEM Indenter* • advanced control of probe motion for multiple manual and automated indentations
• real-time TEM imaging of sample and probe deformation
• SA2000N TEM-nanoindentation system

SA2000 Single tilt
TEM-AFM system

SNanofactory Instruments SA2000 TEM-AFM system allows in-situ AFM specimen characterisation within a side entry single-tilt TEM specimen holder.
The probe scanner is integrated with a patented 3 dimensional approach mechanism providing a very wide range of motion (from picometre to millimeter), to enable the probe to be positioned accurately at the region of interest indicated by TEM imaging. The AFM can be used in contact or non-contact modes.
In addition to acquiring AFM images i.e. surface topography and mechanical properties, the probe may be used for measuring force interactions at specific locations on the specimen. The ability to image the tip as well as the specimen using the TEM means that mechanical properties may be quantified e.g. adhesion, and dynamic processes may be studied.
The FlexForceSensor, a chip based integrated force sensor can measure the probe movements in 3 dimensions.

SPM systems and actuators for in situ TEM

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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Manufacturer: Nanofactory Instruments

For more product details, please click here.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

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Copyright © 2005 Thomson Scientific Instruments Pty Ltd
Last modified: 22 August 2006