BF RMS W20.32 x 0.706, 45 mm
LensAFM
Extend the Resolution of Optical Microscopes
The Nanosurf LensAFM is an atomic force microscope that picks up where optical microscopes and profilometers reach their resolution limits. It is mounted like a normal objective lens, thus extending the resolution and measuring capabilities of these instruments. The LensAFM not only provides 3D surface topography information, but can also be used to analyze various physical properties of a measurement sample.
Speak with an expertSeamless Integration
In an ever-increasing number of situations, researchers are looking to combine optical and atomic force microscopy techniques. The ease of use, screening capability, and minimal sample preparation requirements of optical microscopes are almost unparalleled. However, when the resolution of a 100x objective is not sufficient to examine small features beyond the instrument's resolution, the LensAFM comes into play. Its exceptionally small design and clever mounting mechanism mean you only need to rotate the turret on your optical microscope or profilometer and run the scan.
Enhance Your Optical Microscopy with AFM for Advanced Insights
Since the resolution of optical microscopy is limited by the wavelength of light, there is a barrier in the resolution you can achieve with your optical system. In an ever-increasing number of applications, this calls for the combination of optical and atomic force microscopy. In addition, AFM overcomes problems characterizing transparent samples or samples otherwise difficult to assess optically. But not only the coarse topography of a sample is of interest: AFM also allows knowledge of other material properties to be acquired, e.g. surface roughness, hardness variations, magnetism, or electrical conductance/resistance.
Image: Optical images (left) and AFM topography image (right) of a defect in a hard-coated metal surface.
Precision Mounting
Featuring a quick-release mechanism, the LensAFM is easily mounted and unmounted from the turret. Its kinematic mounting guarantees replacement with better than 10 µm accuracy. Furthermore, alignment grooves on the chip mount ensure that the tip of the next cantilever is within 4 µm of the same position, allowing you to find the same feature again, even after a cantilever exchange.
Time-Saving Features
The LensAFM not only enhances the precision of measurements but also saves time. Thanks to the alignment grooves, there's no need to perform a laser alignment on the cantilever, which streamlines the process and saves additional time. This makes the LensAFM an invaluable tool in any research setting that requires the detailed analysis provided by atomic force microscopy.
Workflow Efficiency
The LensAFM integrates perfectly into your existing workflow. Once mounted on your optical microscope's turret – just like a regular objective lens – you can screen the sample with optical methods to find areas of interest. Subsequently, these areas of interest are easily found again using the integrated 8x optical lens, and then you can perform your AFM measurement for higher resolution 3D information. This approach allows you to work in the way you are used to but with a significant boost in resolution and capabilities.
Dr. Paul S. Keatley, University of Exeter
"The unique combination of compact design, optical access, and intuitive operation of the LensAFM made it the perfect platform for our instrument development. We believe that much of the success of our project has been achieved through the excellent communication that we have enjoyed between ourselves, Nanosurf, their UK distributor Windsor Scientific, and AFM probe manufacturer Nanosensors. We now look forward to future developments with the LensAFM to optically probe magnetic materials deep into the nanoscale."
LensAFM Features
Universal
Compatibility
Mountable on virtually any optical microscope or 3D optical profilometer
Easy
Positioning
Sample positioning using the optical microscope’s position manipulators
Optical View
Equipped with an 8x objective lens for a clear view of sample and cantilever
Large Z-Range
Allow
The large Z-range allows measurement of high structures
Automatic Cantilever Approach
Bring your sample into optical focus and the LensAFM does the rest
Easy to Use
From imaging to electrical properties and spectrocopy
LensAFM Imaging Modes
Standard imaging modes
- Static Force Mode
- Lateral Force Mode
- Dynamic Force Mode (Tapping Mode)
- Phase Imaging Mode
Electrical properties
- Conductive AFM (C-AFM)
- Electrostatic Force Microscopy (EFM)
- Magnetic Force Microscopy (MFM)
Mechanical properties
- Force Spectroscopy
- Force Modulation
- Force Mapping
Lithography and Nanomanipulation
Available Mounting Adapters
Zeiss
DF M27 x 0.75, 45 mm
Olympus
DF RMS W26x0.706, 45mm
Leica
M25x0.75, 45 mm
Nikon
M25x0.75, 60 mm
Leica
M32x0.75, 45 mm
Nikon
M32x0.75, 60 mm
Mitutoyo
RMS W26x0.706, 95 mm
Nanosurf C3000 Software
- Established software solution for all Nanosurf AFM systems
- Automatic, parameter-free frequency tuning based on cantilever characteristics
- Distance and surface roughness measurement tools
- Automated deflection sensitivity calibration and Force Spectroscopy wizard
- Easy to learn for novice users, all the flexibility for the expert user
- Instrument control is fully scriptable
- Free lifetime updates
Download the LensAFM Brochure
The PDF brochure includes details on the LensAFM's technology, application examples for different areas of interest and system specifications.
Example Measurements
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Interested in LensAFM?
Get to know the LensAFM! Reach out to us to discuss your application with one of our seasoned AFM experts, to get a budgetary quote or schedule a product demonstration or exploratory meeting.