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  3. MFP-3D Family AFMs

Asylum Research MFP-3D Family of AFMs

The MFP-3D AFM family offers the widest range of accessories for the widest range of budgets 

  • MFP-3D Origin - Most affordable Asylum AFM, offers high performance and a wide range of capabilities
  • MFP-3D Origin+ - Same performance as Origin, but with a full range of optional accessories, still at a very affordable price
  • MFP-3D-BIO - Only bioAFM integrated with optical microscopy that offers all modes and accessories

Products

The MFP-3D Origin™ features Asylum Research performance and quality at a price competitive with most low-cost AFMs. Origin marks the intersection of performance and affordability and…

MFP-3D Origin AFM

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The MFP-3D Origin+ features high performance and extensive capabilities at a price competitive with most low-cost AFMs. The MFP-3D Origin+ is an extremely versatile and high performance…

MFP-3D Origin+ AFM

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The Asylum Research MFP-3D-BIO sets the standard for integrating AFM and optical microscopy for bioscience research. It is the only bio-AFM that makes no compromises to AFM imaging…

MFP-3D-BIO AFM

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Learning Centre Assets

Controlling Conduction in Ferroelectric Domain Walls
A Simpler, Scalable Route to Perovskite Solar Cells
Are Soft Drinks Bad for Teeth? A Nanoscale Answer
Light Takes Control of Organic Semiconductors
Measuring Etch Undercut: Seeing Below the Surface
Making Supercapacitor Microelectrodes from Waste Carbon
2D Materials Create Ultrathin Heat Shields
Observing Magnetic Reversals in Multiferroic Films
Electrochemistry of Dual-Ion Systems: Probing Nanoscale Dynamics
Self-Assembled Ferroelectric Polymers Enable Robust Flexible RAM
DNA Origami Mimics Protein Nucleators to Direct Amyloid Fibril Formation
Thinner Is Better for Ferroelectric HfO2 Films
Studying Stem Cell Mechanotransduction: Now in 3D
Taking Control of Spin Wave Propagation
Revealing Domain Dynamics in Ferroelectric Transitions
Why Does Starch Dust Explode? Electrical Measurements Learn More
Graphene Measures Oxygen Transport through Pulmonary Membranes
Understanding Atmospheric Aerosols through Single-Particle Studies
Graphene Takes a Long Time to Crack Under Pressure
Conductive Polymer Electrodes Get a Closer Look

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