Products and services for AFM, STM, and SEM
Scanning Probe Microscopy for Materials Analysis.
Exotic curiosity or practical tool?
Litigation Support and Expert Testimony
Calibration and Measurement Software
Used Nanoscope Equipment
Repair your NanoScope AFM.
Large stock of repair parts.
Special Sale Items
Applications of AFM and STM
Naturally occurring (cellulose)
Cast, extruded, or molded polymers
CorrosionNew materials including ultra high strength magnets
Optics & Photonics
Model 301BE and Model 292UTC
A precision, holographic pattern featuring high accuracy, usability and stability. Its moderate ridge height makes it convenient for AFM. This specimen provides excellent contrast in back-scatter as well as secondary electron imaging. It provides accurate calibration for high resolution, nanometer-scale measurements.
Period: 292 nm pitch, one-dimensional grating. Accurate to +/- 1% (3 standard deviations).
Surface: Titanium lines on Silicon wafer, 3 x 4mm. Line height (about 30 nm) and line width (about 130 nm) are not calibrated.
Characteristics: High contrast, excellent edge definition. In AFM, use in contact, intermittent contact (TappingModeTM ) and other modes with image sizes from 500 nm to 20 mm. Use SEM beam voltages from under 1 kV to 30 kV. Useful from 5,000x to over 200,000x. In Auger and Focused Ion Beam (FIB), use similar conditions as for SEM. Available unmounted to accommodate all SEM stages. For AFM, available unmounted or mounted on 12 mm steel disks.
Usability: the calibrated pattern covers the entire chip. There is sufficient usable area to make tens of thousands of measurements without reusing any areas altered or contaminated by previous scans.
Model 301BE. This Calibration Reference specimen comes with a non-traceable, manufacturer’s certificate. This states the average period, based on batch measurements.
Model 292UTC. This Traceable, Certified Standard is a select grade. Each standard is individually measured in comparison with a similar specimen calibrated at PTB. (PTB, Physikalisch-Technischen Bundesanstalt, is the German counterpart of NIST.) The uncertainty of single pitch values is typically +/- 2 nm (95% confidence interval). Multi-pitch measurements provide the usual square-root of N improvement in precision. Learn about the difference betwen a traceable calibration STANDARD and an ordinary calibration REFERENCE specimen.
2.5 um AFM scan
image rendered in mixed height and slope mode
Average height profile from above image
Trademark and Copyright Notice