top of page

ezAFM | Atomic Force Microscope

Introducing the ezAFM, the definitive compact atomic force microscope (AFM) designed for cutting-edge research without the constraints of a large, dedicated space. Combining high performance with unmatched portability and ease-of-use, the ezAFM is the ideal atomic force microscopy system for multi-user labs, glovebox applications, and integration with existing optical instruments.

Stop letting complex equipment slow down your science. The ezAFM, with its tiny 15x15 cm controller footprint, makes advanced nanoscale imaging accessible to everyone, everywhere.

ezAFM

Thank you for downloading

ezAFM: The Portable Atomic Force Microscope System



Why Choose the ezAFM? The User-Friendly AFM


We designed the ezAFM to solve the biggest frustrations of traditional atomic force microscopes.

  • Truly Portable & Compact: With a total footprint of only 70x30 cm (including a laptop), the ezAFM is one of the most portable AFMs for sale today. Move it between labs, store it securely, or take it on the road in its durable case.

  • Radically Simple to Use: Forget hours spent aligning lasers. Our scanner heads feature specially designed ‘alignment chips’ that work with commercially available cantilevers. This unique system ensures the laser and photodiode are perfectly positioned every single time, making cantilever replacement a simple, frustration-free process.

  • Robust and Flexible by Design: The ezAFM allows you to swap scan heads easily and safely. Start with high-resolution scans and switch to a larger scan area for rough surfaces in minutes.


Advanced Research Capabilities & Scanning Modes


The ezAFM is a versatile platform capable of performing a wide array of scanning modes to meet your research needs.

  • High-Resolution Imaging: Choose the 40x40x4 µm scan head for ultra-high resolution (0.02 nm Z-resolution), perfect for atomic-level detail on samples like single-layer graphene.

  • Large Sample & Rough Surface Analysis: Select the 120x120x40 µm scan head for analyzing larger, more corrugated samples such as textiles, paper pulp, or biological structures.

  • Core Scanning Modes Included:

    • Contact & Dynamic (Tapping) Mode for topography.

    • Lateral Force Microscopy (LFM) for friction analysis.

    • Magnetic Force Microscopy (MFM) for imaging magnetic domains.

    • f-d Spectroscopy for mechanical properties.

  • Optional Liquid Mode: Add the AQUA™ scan head to perform stable, high-resolution imaging of biological samples in their native liquid environment.


Seamless Integration: Glovebox & Inverted Microscopes


The compact design of the ezAFM head makes it the perfect atomic force microscope supplier for integrated applications.

  • Glovebox Integrated AFM: The small size and remote operation capabilities allow for easy integration into inert-atmosphere gloveboxes for air-sensitive sample analysis.

  • Combine with Light Microscopy: The ezAFM-ILM system is designed to mount directly onto inverted light microscopes, allowing you to correlate nanoscale AFM data with optical imaging seamlessly.


Get Your ezAFM Atomic Force Microscope Price


As a leading portable atomic force microscope manufacturer, we configure each system to the user's specific needs. The final price of the atomic force microscope depends on your choice of scan heads, sample stages (manual or motorized), and optional features like the AQUA™ liquid head.

We make the process simple. Contact our technical sales team for a personalized quote. We will help you configure the perfect system for your research and your budget. Don't just look for an AFM for sale, find a partner in your research.

Product Gallery

Contact

info@nanomagnetics-inst.com

+44 7906 159 508

NanoMagnetics Instruments Ltd. Suite 290, 266 Banbury Road Oxford OX2 7DL

UK

We are driven by values

With a team of more than 60 personnel, all our system designing, development, manufacturing, assembly, integration and testing are done in-house. Whether it’s a simple standard off-the shelf unit or a complex customised solution, at NMI, we strive to provide cost-effective solutions to satisfy our customers’ requirements.

Copyright © 2022 Nanomagnetics Instruments, All rights reserved.

bottom of page