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neaspec GmbHEglfinger Weg 2
85540 Haar
Germany
phone: +49 89 420 797 203 -30
fax: +49 89 420 797 203 -99
mail: info@neaspec.com
web: www.neaspec.com
Free basic trainingEvery nano-FTIR installation includes a free 2-day personal
on-site training from our experts with several years of pro-
fessional experience.
Advanced training tailored to your applicationIn-depth trainings are performed by our senior experts. The
trainings are specifically tailored to relevant topics of your
industry or field of application.
Remote supportThanks to the built-in remote support feature, neaspec
experts can investigate the functionality of your nano-FTIR
system via the internet, even during live operation.
On-site support around the worldIn addition to phone, email and internet support, we offer
professional on-site support for optimal uptime and perso-
nalized training.
Near-Field Scanning Optical Microscope
neaspec is dedicated to deliver cutting-edge solutions
for nanoscale optical imaging & spectroscopy for research
laboratories in industry and academic institutions.
Spin-off in 2007 from Max-Planck-Institute of
Biochemistry, Martinsried (Munich), Germany
Inventor of nano-FTIR and holder of several
key-patents in this field
In depth expertise in infrared
imaging & spectroscopy at the nanoscale
Quick & competent customer support
tailored to academic & industry needs
Highly regarded research labs around the
world trust in technology from neaspec
Basic & Advanced Training to Support Your Application
Quick & Competent Customer Support
Highly Regarded Research Labs Around the World Trust in Our Technology
Lawrence Berkeley National Laboratory, USA
University of California San Diego, USA
Imperial College London, United Kingdom
Technion - Israel Institute of Technology, Israel
Nanjing University, China
Okinawa Institute of Science and Technology, Japan
Introducing nano-FTIRInfrared Imaging & Spectroscopyat 10 nm Spatial Resolution
Nano-Plasmonic Field-Mapping(VIS-IR)
J. Phys. Chem. C 118, p. 9119 (2014)
Nanoscale Ultra-Fast Charge Carrier Dynamics (IR)
Nature Photonics 8, p 841 (2014)
Semiconductor Free Carrier Distribution (THz)
Nature 456, p. 454 (2008)
Structural Analysis of Individual Protein Complexes (IR)
Nature Communications 4, p. 2890 (2013)
nano-FTIRGI-FTIR
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Direct Visualization of Nanoscale Graphene Plasmons (VIS & IR)
Nature 487, p. 77 (2012)
Chemical Nano-Composition (nano-FTIR)
Nano Letters 12, p. 3973 (2012)cm-1
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200 nm
A focused IR laser beam illuminates a standard metal-coated AFM
probing tip . The tip generates a nano-focus at its apex that is
about 1000-times smaller than the diffraction limited laser spot.
The nano-focus is used to locally probe the sample. Infrared ima-
ging & spectroscopy is performed by recording the light scattered
by the probing tip while scanning the sample surface.
neaspec's patented background suppression technique eliminates the
diffuse light and thus allows a spatial resolution of 10 nm throughout
the infared spectrum. This even works in the visible and THz region
and allows additional powerful material science applications.
Chemical identification @10nm best in class spatial resolution
Highest imaging & spectroscopy speed without compromise on quality
nano-FTIR directly correlates with conventional FTIR spectra
Suited for all material classes, organic &
inorganic samples
Easy-to-use with guaranteed performance
by intelligent software design
Extendable to VIS, NIR, MIR & THz applications
by modular system design
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How nano-FTIR Beats the Diffraction Limit in Infrared Imaging & Spectroscopy
nano-FTIR – Where Infrared Imaging & Spectroscopy Meets AFM
nano-FTIR – A New Era in Modern Analytical Chemistry
The optical spectral region and in particular the “material
fingerprint region in infrared”, allows the investigation of a large
variety of material properties. The patented tech nology brings this
interesting long-wave spectral region to the nanoscale.
nano-FTIR can be applied in many disciplines where high
resolution chemical identification is required, such as Chemistry,
Semiconductor Technology, Polymer Science and even Life-
Sciences. It only requires standard AFM sample preparation.
nano-FTIR has proven its huge impact in various scientific
publications in high-ranking journals such as Nature and
Science.
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