Multi75Al-G Force Modulation AFM Probe with Aluminum Reflective Coating


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Multi75Al-G-10 (10 per set)
1 x 210.00 USD = 210.00 USD
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Multi75Al-G-50 (50 per set)
1 x 890.00 USD = 890.00 USD
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Multi75Al-G-380 (380 per set)
1 x 4 500.00 USD = 4 500.00 USD
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AFM Probe Specifications:

AFM Tip

Shape
Rotated
Height
17 µm
(15 - 19 µm)*
Setback
15 µm
(10 - 20 µm)*
Radius
< 10 nm
Half Cone Angle
20°-25° along cantilever axis, 25°-30° from side, 10° at the apex

AFM Cantilever

Cantilever A
Beam
3 N/m (1 - 7 N/m)*
75 kHz (60 - 90 kHz)*
225 µm (215 - 235 µm)*
28 µm (23 - 33 µm)*
3 µm (2 - 4 µm)*
* typical range

Coating

Aluminium reflex coating on detector side of the cantilever, 30 nm thick

Alignment Grooves

This product features alignment grooves on the back side of the holder chip.

Additional Info

Monolithic silicon AFM probe for force modulation and pulsed force mode (PFM).

The rotated AFM tip allows for more symmetric representation of high sample features. The consistent AFM tip radius ensures good resolution and reproducibility.

The AFM holder chip fits most commercial AFM systems as it is industry standard size.

For measurements in liquids please use the back side gold coated Multi75GD-G or the overall gold coated Multi75GB-G!

Consistent high quality at a lower price!

Scientific publications mentioning use of this AFM probe

Direct Etching Silicon Carbide Via Electro-Enhanced Catalytic Reactions

Qi Sun; Sidong Wu; Bingchun Jia; Ruochen Zhao; Yuelong Li; Zongbao Zhen; Bingfeng Ju; Wule Zhu

Citation: ACS Appl. Mater. Interfaces (2025) 17 (37): 53003–53011.

Published:

DOI: https://doi.org/10.1021/acsami.5c15090

Influence of network heterogeneity on the nanoscale mechanical properties of epoxy resins

Hung K. Nguyen, Atsuomi Shundo, Satoru Yamamoto, Keiji Tanaka & Ken Nakajima

Citation: Polymer Journal volume 57, pages367–375 (2025)

Published:

DOI: https://doi.org/10.1038/s41428-024-01006-4

Pulse-Regulated Oxidation–Etching Transition for Controllable Surface Patterning with Atomic Layer Precision

Qi Sun; Bingchun Jia; Sidong Wu; Ruochen Zhao; Bingfeng Ju; Wule Zhu

Citation: ACS Appl. Mater. Interfaces (2026) 18 (5): 9156–9167.

Published:

DOI: https://doi.org/10.1021/acsami.5c21823

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