Atomic Force Microscopy for Nanotechnology, Scientific Research & Education

AFM - Raman - SNOM
Modular AFM
Automated AFM
Practical AFM
•  Record breaking Raman enhancement factors
•  Nano-Raman spatial resolution: down 10nm
•  High speed TERS* mapping
•  Mass produced, based on serial AFM cantilevers
•  Complete commercial solution for TERS
Fully automated AFM/STM TITANIUM.  NT-MDT - AFM-probes, atomic force microscope (AFM, STM, SPM, RAMAN, SNOM)
Atomic Force Microscope for Research & Education
SOLVER Nano &ndash Atomic Force Microscope for Research & Education
New AFM technique
Comprehensive materials characterization
Ultimate resolution, quantitative analysis
Morphological, mechanical, chemical, electric, magnetic and
other properties within a single scan

Compatible with: TITANIUM, NEXT, NTEGRA Prima,
NTEGRA Spectra, SPECTRUM and LIFE systems
Interdisciplinary research at the nanometer scale:
AFM+Confocal Raman+SNOM+TERS
NTEGRA Spectra – Atomic Force Microscope integrated with Confocal Raman and  SNOM systems
Fully automated Atomic Force Microscope
integrated with Inverted Light Microscope
for Biological Research
LIFE – Fully automated Atomic Force Microscope integrated with Inverted Light Microscope
Automated AFM-Raman-SNOM system for a wide range of applications

San Antonio ,Texas. March, 2-6, 2015

Nizhny Novgorod. March, 10-14, 2015

Bilbao, Spain. March, 10-13, 2015
Bringing together Nanoscience & Nanotechnology

Berlin, Germany. March, 15-20, 2015
79th Annual Meeting of the DPG and DPG Spring Meeting


Upcoming webinar
Basic Principles of AFM Advanced Modes &  Applications 

    Presented by Dr. Stanislav I. Leesment
    When: 4 March 12.30pm GMT
    Click here to register

Archived webinars
    High-Resolution and Quantitative AFM Mapping
    of Mechanical Properties of Polymers
    Please click here to view the webinar

Unique cantilever-type TERS probes for
nano-Raman imaging

Record Raman enhancement factors, highest nano-Raman spatial resolution and excellent AFM performance. Read more
Image of TERS probe
Selected scans

Ferroelectric Domains in ErMnO3
Bright and dark areas correspond to positively and negatively polariszed domains. The meeting point of always 3 bright and 3 dark domains are topological defects.
Read more
 Ferroelectric Domains in ErMnO3
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