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AFM-based Nanoindentation Technique Detects Smallest Changes at Nanometer Scale

Posted 23-08-30 23:11
nanotools_biosphere
Publication update:
nanotools biosphere™ featured in research article

Discover how nanotools biosphere™ with 300nm radius and 40N/m cantilevers are applied for mechanical characterization of cross-linked penicillin G acylase crystals.
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Copyright © 2021, The Author(s)
Distributed under Creative Commons Attribution 4.0 International License.

Studying EUV Mask Absorber Side Wall Angle and Thickness Using AFM

Posted 23-07-30 03:18
nanotools_MCNT-500
Publication update:
nanotools MCNT-500™ featured in research article

Discover how nanotools 500nm long, tilt compensated, high aspect ratio MCNT-500™ is applied for side wall angle and thickness measurements on EUV masks.
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Copyright © SPIE

Customer Notification: Introducing New QR Code Cards

Posted 23-06-29 19:38
Cards In, Flyers Out Starting July 2023, nanotools will implement the following changes on the shipment of AFM probes:
The traditional A5 format Flyers
1. Handling HDC/DLC tips
2. nanotools AFM probes get mobile
will no longer be included in the shipments.
They will be replaced by smaller 8.5 x 5.5 cm cards with QR codes linking users to the same information.

There are no changes to the products, packaging size and material or manufacturing location.

Why are we making this change?
This is part of our efforts to reduce nanotools carbon footprint.
The new cards help to
nanotools new cards are 100% biodegradable. Contact us

Enabling Resist Recess Depth Recipe Transfer and Fab-to-Fab Matching

Posted 23-05-30 17:11
nanotools_EBD4-200A
Publication update:
nanotools EBD4-200A featured in research article

Discover how nanotools 4µm long, tilt compensated, high aspect ratio EBD4-200A is applied for resist recess depth measurements in narrow trenches.
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Copyright © 2019, IEEE.

Mechanically Compatible Grafts for Aortic Repair Obtained Through Tissue Engineering

Posted 23-04-30 01:56
nanotools_biosphere
Publication update:
nanotools biosphere™ featured in research article

Discover how nanotools biosphere™ with 2µm radius are applied for mechanical characterization of 20μm thick planar sections of human aortic layers at microscale.
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© 2023 Acta Materialia Inc. Published by Elsevier Ltd. All rights reserved.

Crystalline Silicon Nanoparticles Size Tailoring to Nanometer Scale

Posted 23-03-30 20:22
nanotools_SSS-NCHR
Publication update:
nanotools SuperSharpStandard-NCHR probes featured in research article

Discover how nanotools conical SSS-NCHR with 2-3 nm radius was applied for measuring height and diameter of c-Si nanoparticles during their self-formation.
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Copyright © The Royal Society of Chemistry 2021

MCNT-400: Heavy-Duty 22 nm cylindrical tip for cost-efficient and consistent trench bottom access

Posted 23-02-28 18:34
nanotools_MCNT-400 Blue Line product highlight:
MCNT-400™: Amorphous CNT solution for demanding depth metrology applications

Download full spec sheet
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Mechanobiology of Living Fibroblasts and Breast Cancer Cells

Posted 23-01-30 21:11
nanotools_biotool-cell-XXL
Publication update:
nanotools biotool cell XXL featured in research article

Discover how nanotools 15 µm long, conical biotool cell XXL  custom-made with 50-300 nm radius and 11˚ tilt compensation was applied for nanomechanical characterization of sub-surface organelles.
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Copyright © 2022, The Author(s)
Distributed under Creative Commons Attribution 4.0 International License.

Understanding Nano-Indentation Deformation Behavior of Polycarbonate

Posted 22-11-30 18:23
nanotools_biosphere
Publication update:
nanotools biosphere™ featured in research article

Discover how nanotools biosphere™ with 20 nm radius are applied for imaging and nano-indentation of 2 mm thick polycarbonate samples.
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©  2019 Elsevier Ltd. All rights reserved.

Capturing and Analyzing 2D-Materials' SEM and AFM Images on the Same Sample Location

Posted 22-10-31 22:21
nanotools_EBD-HAR
Publication update:
nanotools EBD-HAR probes featured in research article

Discover how nanotools EBD-HAR is applied to measure height/width/roughness of MoTe2 rods, MoS2 film grains, and for indentation marking on PMMA layers.
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Copyright © The Author(s), 2022. Published by Cambridge University Press on behalf of the Microscopy Society of America

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