Park NX20 Atomic Force Microscope
Advanced research AFM for high-resolution surface and materials analysis
The Park NX20 Atomic Force Microscope is an advanced research-grade AFM designed for high-resolution surface characterization and materials analysis. It builds on Park Systems’ non-contact AFM technology to deliver accurate topographical and material property measurements while minimizing tip wear and sample damage.
The NX20 is optimized for researchers who require greater flexibility and performance for complex nanoscale investigations. Its stable mechanical architecture and low-noise operation support reliable data acquisition across a wide range of sample types. The system supports multiple AFM imaging and measurement modes, enabling detailed analysis of surface structure and material properties.
With its balance of performance, versatility, and ease of use, the NX20 is well suited for multidisciplinary research environments and advanced materials science applications.
Key Features:
- Non-contact AFM technology for accurate, low-damage measurements
- High mechanical stability for high-resolution imaging
- Support for advanced imaging and analysis modes
- Flexible platform for complex research applications
Making the connection: Atomic force microscopy correlates Graphene's functional properties on the nanoscale
Download this application note to discover how a combination of different AFM techniques allows a holistic and in-depth characterization of 2D materials as demonstrated on a wafer-scale CVD-grown graphene on sapphire produced in an Aixtron CCS R&D reactor.
High-resolution imaging of single PTFE molecules on Teflon surface
Guest editor Vladimir Korolkov, Senior Applications Scientist, Park Systems, outlines a straightforward practical approach for high-resolution imaging
Advances in materials characterization, from graphene production and correlative imaging to transmission Raman spectroscopy
Explore cutting-edge technologies and the latest resources to support your materials characterization














