Atomic Force Microscope (AFM)

FlexAFM v5+ Scan Head 100 μm
Kind of infrastructure
Singular equipments
Typology
Imaging/microscopy
University
Brasov (UNITBV)
Hubs
Circular Economy and Environment
Application / Industrial sector
Smart technologies
Description of equipment

AFM scan head in tripod stand-alone,tip-scanning AFM architecture with 100 μm range XY flexure guided scanner and decoupled Z-actuator
• No laser alignment due to alignment structure on cantilever chip and high precision of cantilever holder
• Low coherence 650 nm laser, four-quadrant split photodiode
• Sample size: unlimited without sample stage, 100 mm on sample stage
• Automatic approach: 2 mm
• Optical view: dual view system (top/side view)
• Operation in air and liquid
• Maximum sample height: 30 mm, including height extensions
• Scan range XYZ: 100 μm x 100 μm x 10 μm

Z-sensor
• Sealing membrane to reduce the risk of liquid spill into the scan head
• Operation together with C3000/C3000i controller:
• XY Drive resolution: 6 pm
• Z Drive resolution: 0.6 pm
• Z measurement noise level: typ. 35 pm max. 50 pm (RMS, dynamic mode in air) in
appropriate environment
• XY-linearity mean error: < 0.1%
• XY-flatness at maximum scan range: typ. 5 nm
• Detector bandwidth: DC - 4 MHz
• Detector noise level: typ. 60 pm / max. 100 pm
• Z-sensor noise level (RMS): typ. 180 pm / max. 200 pm
• Floor vibration requirements: VC-D, ideally VC-E or better
• Environmental acoustic requirements: <65dB (when used with AE350)

Location
Institute
Research and Development Institute of Transilvania University of Brașov
Department
Advanced Welding Eco-technologies
Features
Others tipologies
Testing /metrology/ processes
Sample preparation
Maxim roughness of the surface : 10 micron
Possibility of on-site measurements
Access to the equipment / infrastructure is available by reservation and must be accompanied by an local technician. Alternatively, the samples can be sent for analysis without direct access to the facility. Each request will be assessed for technical feasibility before conducting the analyses.
Contact
Person name
Alexandru PASCU
Email
alexandru.pascu@unitbv.ro