Imagerie corrélative AFM/MEB
The AFSEM system enables you to combine the possibilities of your SEM with the capabilities of an atomic force microscopy (AFM). The AFSEM is compatible with most SEM and FIB/SEM systems on the market and can easily added to your system. Due to the unique design of the AFSEM™ system it will not interfere with other methods of your system (e.g. FIB, FEBID, EDX) but will add information regarding the structure of your sample.
|AFSEM™ scanner dimensions 41 x 110 x 77 mm³ (HxLxW)|
|Weight scanner 500 g|
|Scan range 35 x 35 µm² closed loop for xy; 5 µm for z|
|HV compatibility 1 x 10-6 mbar|
|Scan mode AC & contact mode|
The AFSEM will come with ac-mode as well as contact mode as standard and you can also use it for phase contrast or force spectroscopy measurements. You even can add new functionalities by using special cantilevers e.g. conductive measurements.
The AFSEM is easy of use and offers maximum flexibility. The independent 3-axis travel stage will move the cantilever into your SEM field of view and you will sue the SEM sample stage to position your sample to measure your region of interest.
Watch this video to get an inside look into the world of AFSEM. This novel technique enables you to perform unique experiments within your SEM, Dual-Beam or optical microscope.
In situ AFM analysis in your SEM
The complementary possibilities of your SEM and the AFSEM enable you to measure your sample with very high lateral resolution, generate 3D-profiles and obtain accurate height information. The large field of view of your SEM system will be used to place the cantilever at exact that position that you selected.
Correlative SEM-AFM analysis
The main goal with correlative microscopy is to make sure that you measure the exact same region of interest with all techniques. This can be very tricky if your systems work independently and one must move the sample between the different systems. The AFSEM overcomes this difficulty very elegant as it is implemented into your SEM system. Your sample is measured under the same conditions with both methods and you can easily switch between SEM and AFM measurements.
- AFSEM – Correlated in-situ AFM & SEM & EDX analysis
- AFSEM – SEM compatibility list
- Conductive analysis - Application Note
- Nanoindentation analysis - Application Note
- In-situ bone analysis - Application Note
- Analysis of tensile stress samples - Application Note
- In-situ MFM analysis of nanostructures with AFSEM - Application Note