EzAFM is the latest designed sophisticated atomic force microscope, characterized by compact design, elegant appearance, high stability, small footprint, powerful software functions, simple operation, good user interface, and affordable price with extremely high cost-effectiveness. It is an ideal laboratory atomic force microscope, widely used in fields such as higher education, nanotechnology education, and basic research. The product line includes: ezAFM、ezAFM+、ezAFM AQUA、 In addition to basic morphology scanning, ezAFM Vacuum and ezSTM can also be used for extended modes such as electricity and magnetism, as well as liquid-phase and vacuum environments.

Wide scanning area of 120x120x40 μ m or 40x40x4 μ m

• High cost-effectiveness
Compact and compact structure, easy to install, and convenient to use
Separate design of each component, self-aligning cantilever
Lifetime free software upgrade, installation completed within 1 hour

• Morphology imaging: contact, tapping, phase

• Mechanics: lateral force, force curve, mechanical imaging

• Electricity: electrostatic force/piezoelectric force/Kelvin surface potential/spreading resistance/conductive atomic force/STM;

Magnetic, liquid phase, vacuum/glove box customized environment

Technical parameters:

Commercial cantilever self alignment
• Scanning range: 120x120x40 μ m (Z-direction accuracy: 0.2nm) or 40x40x4 μ m (Z-direction accuracy: 0.02nm)
Contact mode, dynamic force/phase imaging mode, lateral force microscope LFM and magnetic force microscope MFM mode
• 75 fm√Hz noise

Horizontal accuracy: 120x120x40 μ m (horizontal accuracy: 16nm) or 40x40x4 μ m (horizontal accuracy: 5nm)
• Sample size: Sample size 10 x 10 x

5mm (configurable to unlimited sample size)
Optical system: 2 μ m resolution, Full HD, 390x230μm FOV, 2,516x1,960

pixels, 30fps

Controller: 24Bit ADCs/DACs, Digital Feedback with FPGA/DSP

Standard mode: Tap mode: Dynamic modes，MFM

Contact mode: Contact mode，LFM

EzAFM+imaging modes: semi contact mode, phase mode, contact mode, LFM，MFM，EFM，PRFM，KPFM，FMM，C-AFM，SSRM， Multispectral combination, Nanomechanics and manipulation, Liquid phase mode