The atomic force microscope offers advanced features, versatility, and ease of use, enhancing research productivity with high-quality data and customizable modes.
Bruker Corporation has announced the Dimension Nexus atomic force microscope (AFM). This latest addition to the Dimension AFM product line, with over 4,600 systems installed worldwide, features the advanced NanoScope 6 controller and a compact design. The Dimension Nexus expands access to Bruker’s exclusive PeakForce Tapping technology and supports over 50 AFM modes. Its upgradability and user-friendly design offer a balance of performance and value, catering to the needs of growing labs and multi-user facilities.
The Dimension Nexus builds on decades of AFM innovation to deliver outstanding value. Its open-architecture design, with low drift and noise, allows researchers to obtain high-quality data for standard and custom experiments. Equipped with the high-speed NanoScope 6 controller and Bruker’s ScanAsyst technology, it offers exceptional ease of use. The compact, versatile system enhances productivity with a programmable stage for high-throughput, multi-site analysis. It also supports advanced modes like AFM-nDMA for viscoelastic measurements, PeakForce QNM for high-resolution mechanical property mapping, and DataCube modes for hyperspectral imaging.
“We already have a number of Bruker AFMs in our open-access user facilities and are always looking for new technology that can further support the many researchers we serve from both academia and industry,” said Dr Alice Pyne, Head of the Henry Royce Nanocharacterisation Laboratory at the University of Sheffield. “I especially appreciate the compact and upgradable nature of the Dimension Nexus large-sample AFM and the fact that it can perform the latest PeakForce Tapping modes. I can see this being a real advantage for multi-user labs, where AFM expertise and applications vary, and where physical space for instruments is at a premium.”
“With the release of Nexus, we have taken a significant step in making the latest AFM technology available to a wider research community,” added Thomas Mueller, Senior Director of AFM Instrumentation at Bruker. “Its combination of data quality, performance, and versatility make it both an excellent starter AFM and a perfect addition to a thriving AFM lab.”
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