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Cover Image: (Left) Inside view of the AFM Accoustic Hood of the nanoREV AFM with illuminated scanner and approach assembly, top-view microscope camera. (Right) Acoustic Hood with its front door of the closed during the AFM scans. (Right Bottom) An array of Quartz Tuning fork cantilevers used as self-sensing probes for scanning. The etched tunsgten tips mounted at the QTF end and the tip-sample junction are shown in the insets

nanoREVTM Quartz Tuning Fork Atomic Force Microscope  helps you feel the surface and master the science by opening windows to the nanoworld

A fully indigenous AFM, with its self-sensing cantilevers (CLs) also fully made in India! CLs made even in your own lab !!
It is an advanced yet a user-friendly surface explorer that delivers consistent imaging performance with integrated data analysis and image processing tools for complete nano-scale research workflows.
Get an AFM in your lab at an affordable price. It save precious research time by giving quick feedback to improvise fabrication, because waiting times for sample characterization is greatly reduced.

What is in a name – nanoREV? Revelations of the nano-world !

Know Your nanoREV AFM!

Piezo Scanner

  • Quick coarse approach using stepper motor.
  • Flexure-based stack-actuated scanners, serial kinematics.
  • Scan Area 80μm x 80μm or more available
  • Swift and easy tip and sample changes.
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Vibration Isolation

  • Air-vibrations cut-off with a acoustic shield.
  • Cut-off Frequency < 10Hz
  • AFM Scanner placed on a Vibration Isolation Platform inside the Accoustic Shield
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Controller Electronics

  • Simultaneous imaging over multiple channels
  • PLL control using Quazar’s Oscillation Kontrol Electronics (QOKE) 
  • Easy remote control operation possible.
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A Few Surfaces Revealed by the nanoREV AFM!

nanoREV 7x AFM Specifications

Special Add-Ons to the nanoREV

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nanoETCH – Probe Fabrication Setup

Along with the nanoREV  AFM, we provide our own nanoETCH setup that enables users to fabricate high quality scanning probes with ease and precision.