AFM services help research groups define, configure, operate, maintain, and improve atomic force microscopy and scanning tunneling microscopy capabilities for their intended experiments. Molecular Imaging supports custom platform configuration, specialized modules, spectroscopy scripting, training, calibration, troubleshooting, preventive maintenance, and repairs. The goal is a dependable system and workflow that match the sample type, environment, measurement mode, and data requirements of the laboratory.
Can Molecular Imaging customize an AFM system for my research?
Yes. Molecular Imaging works with research groups to configure modular AFM solutions around experimental requirements. Available capabilities can include AFM, STM, fluorescence microscopy, electrochemical analysis, MAC Mode AFM, conductive AFM, and environmental isolation chambers. The team can also help design custom spectroscopy scripts and assemble complete systems using the 5500, 5100, or 5420 series platforms.
What does AFM training cover?
AFM training covers the practical foundations needed to operate and optimize an atomic force microscope. Molecular Imaging’s video tutorial series addresses imaging mechanisms, scanner design, contact mode, tapping mode, calibration, controller setup, troubleshooting, tip-sample interactions, and image-resolution optimization. It also addresses practical work in air and liquid environments, helping users understand how operating conditions affect measurement quality and reproducibility.
Do you repair Agilent AFM and STM systems?
Yes. ZoomAFM provides repair and service for Agilent 5500 and Agilent 4500 systems, as well as AFM and STM platforms. Support includes diagnosis of hardware and software problems, replacement parts matched to the platform, system upgrades, calibration, preventive maintenance, technical troubleshooting and remote meetings. The aim is to reduce downtime and extend the working life of established laboratory instrumentation.
Which AFM modes and applications can be supported?
Molecular Imaging supports configurations for a broad range of nanoscale research applications, including fundamental nanoscience, advanced materials development, bio-imaging, battery research, polymer analysis, reactive-gas studies, and electrochemical experiments. System options can support contact and tapping operation, MAC Mode, conductive AFM, and electrochemical AFM. The right configuration depends on the sample, measurement environment, desired signal, and experimental objectives.
Can an AFM be used in liquid or controlled environments?
Yes. AFM experiments can be performed in air or liquid, and Molecular Imaging offers environmental control options for specialized work. These include environmental isolation chambers and temperature-controlled stages spanning -30°C to 250°C. Controlled conditions can be important for biological samples, electrochemistry, reactive-gas studies, and temperature-dependent materials investigations, where stable experimental environments help improve measurement consistency and relevance.
What is included in preventive AFM maintenance?
Preventive AFM maintenance finds developing faults before they interrupt research. Service may include measuring system performance, checking hardware and software operation, calibrating the scanner, replacing worn components and reviewing upgrade needs. A planned schedule helps laboratories hold measurement reliability, reduce unexpected downtime, and keep shared AFM or STM systems available for time-sensitive projects.
How can remote AFM technical support help my lab?
Remote technical support through ZoomAFM can help a laboratory address operational or troubleshooting questions without waiting for an on-site visit. Online meetings allow technical specialists to review symptoms, discuss hardware or software behavior, guide diagnostic steps, and clarify operating procedures. It is particularly useful for resolving setup questions, interpreting system behavior, supporting routine optimization, and determining whether a repair, calibration, or replacement part is needed.