Revolutionizes your nanoscale experience with innovations developed by pioneers in tip-enhanced technology. For an overview of all technologies click here.
Nanoscale Imaging & Spectroscopy
neaSCOPE - world-leading nanoscopy solutions
neaSCOPE is an application-driven product line for tip-enhanced nanoscale imaging and spectroscopy, serving customer needs in diverse fields of science, engineering and industrial research. neaSCOPE applications include characterization of 2D materials & semiconductor nanostructures, measurements of plasmonic & photonic nanostructures, analysis of polymers & life sciences specimens, as well as cryogenic & ultrafast research studies.
neaSCOPE provides the best nanoscopy solution for all users:
- correlation nanoscopy for the most complete sample characterization needs,
- smart products for simplified operation in shared user facilities and R&D labs,
- software developer kit for expert-users who pushes the edge of nanoscience.
All products include a proprietary AFM designed for nanoscale imaging and spectroscopy in visible, IR and THz spectral ranges.
Unprecedented Upgrade Potential
neaSCOPE modular design guarantees a tailored start for your applications and accommodates your future needs.
Reliability & Ease of Use
Integrated proprietary hardware and intuitive control software provide efficient start and guarantee performance.
No. 1 Choice at Renowned Labs
neaSCOPE functionality & performance is proven by unmatched publication record and scientific impact.
Provides nanoscale infrared (IR) imaging and spectroscopy based on probing laser-induced photothermal expansion with an AFM tip.
Provides polarization-resolved near-field mapping of local complex electromagnetic fields (amplitude & phase).
Enables nanoscale infrared (IR) imaging and nano-FTIR spectroscopy by detecting the light scattered from a standard AFM tip.
A versatile platform for nanoscale terahertz (THz) near-field imaging and spectroscopy.
Enables ultrafast pump-probe spectroscopy at 10 fs temporal and 10 nm spatial resolution.