Atomic Force Microscopes

Agilent Technologies offers a wide range of high-precision atomic force microscopes (AFM) to meet your unique research needs. Agilent's highly configurable instruments allow you to expand the system's capabilities as your needs occur. Agilent's industry-leading environmental/ temperature systems and fluid handling enable superior control for electrochemistry, polymer and life-science applications. Agilent offers a broad array of scanners, from one micron to 90 microns, with top-down scanning that protects electronics and piezo elements from damage caused by liquid or harsh imaging environments. And, Agilent's innovative nose cones make changing imaging modes quick and easy. Agilent delivers exceptional worldwide support, provided by experienced AFM application scientists and technical service personnel, giving you the assistance necessary for your research. What is an AFM?

User manuals and software Consumables

Product	Sample Size	Imaging Modes	Temperature Control	Environmental Control	Applications
5500 AFM (N9410S)	20mm x 20mm	Contact Mode Acoustic AC Mode MAC Mode Phase Imaging STM LFM EFM MFM KFM Force Modulation Current Sensing	Yes	Yes	Electrochemistry Polymers Nanolithography Nanografting Life Science Materials Science
NEW 5600LS AFM	200mm x 200mm	Contact Mode Acoustic AC Mode MAC Mode Phase Imaging STM SMM LFM EFM MFM KFM Force Modulation Current Sensing	Yes	No	Electronic Materials Semiconductor Data Storage Material Science Polymers
5500 ILM AFM (N9435S)	20mm x 20mm	Contact Mode Acoustic AC Mode MAC Mode Phase Imaging STM LFM EFM MFM KFM Force Modulation Current Sensing	Yes	No	Life Science
5400 AFM (N9490S)	20mm x 20mm	Contact Mode Acoustic AC Mode MAC Mode Phase Imaging STM LFM EFM MFM SMM KFM Force Modulation Current Sensing	Yes	No	Materials Science Polymers Surface Characterization Nanolithography Education
5100 AFM (N9420A)	20mm x 20mm	Contact Mode Acoustic AC Mode MAC Mode Phase Imaging STM LFM KFM EFM MFM Force Modulation Current Sensing	Yes	Yes	Electrochemistry Polymers Materials Science