Correlative AFM and SEM
|In situ AFM analysis in your SEM|
|Correlative AFM and SEM analysis|
|Compatible with most SEMs without impeding normal operation|
|Many analysis techniques in parallel to AFM and SEM|
The combination of complementary techniques is a key success factor for gaining new insights into the micro and nano worlds. AFSEM™, offered by GETec and Nanosurf, enables you to easily combine two of the most powerful analysis techniques available — AFM and SEM — to greatly extend your correlative microscopy and analysis possibilities.
In situ AFM analysis in your SEM
The complimentary capabilities of AFM and SEM allow for unique characterization possibilities of your samples. AFSEM™ lets you simultaneously image your sample with high resolution, create true 3D-topography representations, and accurately measure heights, distances and even material properties, all while maintaining the large SEM field of view to position your AFSEM™ cantilever exactly where you want it. The optimized AFSEM™ workflow (with practically no reduction of the SEM uptime) ensures highest possible effectiveness, while the powerful control software allows for optimized and intuitive measuring, system handling, and data analysis.
Correlative SEM-AFM analysis
For product or material analysis, it is often desirable to analyze a sample with multiple techniques and look for correlations between parameters. For imaging techniques like SEM and AFM this means one should make sure to analyze the exact same area! What easier way for correlative SEM-AFM analysis than performing the AFM measurement directly inside the SEM?
AFSEM™ can also be used to study the flexibility of unsupported graphene layers.
Compatible with most SEMs without impeding normal operation
AFSEM™ fits into most SEM or dual beam (SEM/FIB) systems: it is mounted directly on the door of the system chamber, leaving the stage unaltered. In addition, a slim tip-scanning design in combination with self-sensing cantilevers requires only 4.5 mm space between the pole shoe of the electron column and the sample. As a result, AFSEM™ is compatible with a wide range of standard and optional stages, and can handle virtually any sample that fits the system chamber. This elegant design allows detection of sub-nanometer step heights in the SEM.
A full list of compatible SEM instruments is available as a PDF.
Many analysis techniques in parallel to AFM and SEM
Because the AFSEM™ design maintains full SEM functionality, it works in combination with other standard SEM analysis techniques such as FIB, FEBID, and EDX.
Because the sample is not scanned, also relatively heavy or specialized stages — for example for tensile stretching or nano-indentation — can be easily combined with AFSEM™.
From the AFM side as well, multiple modes are available through specific self-sensing cantilevers, for example for Static and Dynamic Imaging, Phase Contrast, Force Spectroscopy, Force Modulation, and Conductive AFM, with more modes and cantilevers to follow. This for example enables the study of dose-dependent conductivity of Pt(C) after focused electron beam induced processing (FEBIP).
This constitutes the real power of AFSEM™ and makes it the world leading solution for AFM in SEM!
AFSEM™ offers maximum flexibility and intuitive positioning. The 3-axis coarse stage moves the cantilever into or out of the field of view of the SEM and positions the cantilever to an area of interest. The SEM stage moves the sample laterally for both AFSEM™ and SEM. Vertically, AFM and sample are moved together, allowing you to safely move the sample up and down without crashing the AFM cantilever (see AFSEM™ introduction video).
Mounting of the AFSEM™ inside the SEM is realized by a customized adapter plate and electric feedthrough. The AFSEM™ can be mounted or unmounted with only 4 screws in less than 5 minutes, allowing a fast and easy integration or removal of the system (see AFSEM™ integration video).
All cantilevers come pre-mounted on a standard connector that enables a fast tip exchange in less than 2 minutes, therefore greatly reducing the down-time of your system. Because of the self-sensing cantilever technology and fully automated cantilever alignment, the AFSEM™ system is ready for operation immediately.
AFSEM™ components and accessories
|AFSEM™ scan head|
|AFSEM toolkit (includes a selection of cantilevers)|
|XYZ stage for AFSEM™ scan head + SEM-specific adapter and feedthrough flange|
|Controller, HV Amplifier, Computer (all in a rack housing) + Software|
|AFSEM™ cantilevers are available at SCL-Sensor.Tech|
Free pre-sales consultancy from one of our experienced application scientists
Our experts will be pleased to discuss the demand of your application and analyze the possibilities of the AFSEM™ integration into your existing equipment. We will offer a dedicated solution: hardware, software, installation, training, and after-sales support. This includes on-site and on-demand support, a wide choice of cantilevers, spare parts, and calibration service.