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Engineering Mechanical Properties Of Metal-Organic Materials

Posted 20-10-26 23:00
biosphere_B50
Publication update:
nanotools biosphere™ probes featured in research article

Discover how nanotools hydrophobic and chemical resistant biosphere™ with 50 nm radius is applied for nanoindentation of MPN films enabling reduction of adhesion issues between tip and films.
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Copyright © 2019 American Chemical Society

AFM Nanometrology Of Hard Sapphire Micro-bumps With Excellent Repeatability

Posted 20-09-30 19:02
nanotools_M-CIS
Publication update:
nanotools tilt-corrected M-CIS probes with 400 nm length and 4˚ half cone angle featured in research article

Discover how very durable nanotools M-CIS are applied to measure height, diameters, pitch, and side angles of Patterned Sapphire Substrate. 
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Copyright © 2015, IEEE

Comparing 5 topography sensors in a single set-up. How does AFM measure up?

Posted 20-08-24 22:17
nanotools_EBD-HAR
Publication update:
nanotools tilt-corrected EBD-HAR probes with 800 nm length and 4˚ half cone angle featured in research article

Discover how nanotools EBD-HAR are applied to resolve steep edges and fine surface structures.
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© Author(s) 2019. Distributed under the Creative Commons Attribution 4.0 License.
All rights reserved.

Tailoring Elastic Modulus of PDMS Nano-Membranes for Bioelectronic Applications

Posted 20-07-15 03:34
biosphere_B500
Publication update:
nanotools biosphere™ probes featured in research article

Discover how nanotools  biosphere™ with precisely controlled 500 nm radius and pre-calibrated cantilevers is applied to study the mechanical properties of PDMS films.
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© 2018 Elsevier Ltd. All rights reserved.

Studying nanomechanical properties of primary cell walls in the inner tissues of growing plant organs

Posted 20-06-19 09:21
biosphere_B100
Publication update:
nanotools biosphere™ probes featured in research article

Discover how nanotools  biosphere™ with precisely controlled 100 nm radius and pre-calibrated cantilevers is applied for imaging and nanoindentation of plant cell walls.
Visit Plants for details (external link)
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© 2019 MDPI. All rights reserved.

NIST scientists study CD-AFM tip lifetime and wear rate: impact on measurement variability and cost

Posted 20-04-10 00:06
CDR50-EBD
Publication update:
nanotools CDR50-EBD probes used in study published by NIST researchers

Discover how the wear behavior of nanotools CDR50-EBD with controlled 50 nm diameter compare to that of standard CDR silicon probes.
Download paper from NIST website - Local Download (external link)

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© 2020 SPIE - Intl. Society for Optical Engineering. All rights reserved.

Connecting with partners and peers at the SPIE Advanced Lithography

Posted 20-02-20 07:07
SPIE_AL_2020Event update:
nanotools is attending the SPIE Advanced Lithography in California.

The technical program of the primary global lithography event will focus
on works in optical lithography, metrology, and EUV.

If you would like to meet us, please click here.
We are looking forward to seeing you in San Jose!

If you have not registered yet, please click here to do so.

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Four-axes stage for low-noise AFM CD measurements

Posted 20-02-12 18:09
CDR30-EBD
Publication update:
nanotools CDR30-EBD and HAR probes featured in research article

Discover how nanotools CDR30-EBD and High Aspect Ratio (HAR) probes are applied to study tip wear, repeatability and reproducibility of CD measurements.
Visit Ultramicroscopy for details (external link)
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© 2018 Elsevier Ltd. All rights reserved.

Examining Cell Morphology and Cell Wall Stiffness Using AFM and Nano-Indentation

Posted 19-11-13 18:14
Royal Society InterfacePublication update:
nanotools biosphere and SuperSharpStandard-FMR featured in research article

Discover how nanotools SuperSharpStandard-FMR with 2-3 nm radius and biosphere with 100 nm radius are applied for imaging and force spectroscopy.
Visit Journal of the Royal Society Interface for details (external link)
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Reprinted with permission from the Royal Society
© 2019 The Authors. All rights reserved.

Studying elastic properties of bone tissue in the adult mouse femur through AFM indentation

Posted 19-09-05 18:47
Biomedical MaterialsPublication update:
nanotools biosphere and SuperSharpStandard-FMR featured in this article

Discover how nanotools SuperSharpStandard-FMR with 2-3 nm radius and biosphere with 50, 100 and 300 nm radii are applied for imaging and indentation measurements.
Visit Journal of the Mechanical Behavior of Biomedical Materials for details (external link)
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Reprinted with permission from Elsevier Ltd.
© 2019 Elsevier Ltd. All rights reserved.

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