Search
Key TEM features for high-resolution imaging and advanced analysis
Thermo Scientific transmission electron microscopes (TEMs) deliver advanced features that help you capture higher-quality images and analytical data faster and more reliably across multi-user, multi-discipline environments. From high-resolution TEM and scanning transmission electron microscopy (S/TEM) imaging to integrated spectroscopy options such as EDS/EDX and EELS, these capabilities are designed to strengthen contrast, improve compositional insight, and accelerate time to results for nanoscale and atomic-scale characterization.
Here, we present a clear, practical overview of the TEM features that matter most when you’re choosing a system or upgrading your workflow, whether your focus is routine imaging, advanced analytical TEM, or high-throughput research. Explore how our hardware and software capabilities work together to improve ease of use, boost repeatability, and support consistent outcomes across users and sample types, including automation-ready acquisition, guided alignment and tuning, and tools that help reduce variability in day-to-day operation. You can also learn how key imaging and analysis modes support common research goals in materials science and life sciences, helping you move from sample to insight with confidence while producing publication-quality images and robust, defensible data.
TEM features for materials science
Our materials science TEMs combine ultra-high-resolution imaging with flexible analytics: automatically tuned high-energy-resolution sources (including monochromated X-FEG options down to <30 meV) running 30–300 kV, plus X-CFEG brightness that supports sub-Å S/TEM at high probe currents for fast, high-throughput analysis. Advanced detection (Panther segmented S/TEM and 4D STEM via EMPAD/Ceta) and integrated EDS/EELS hardware with energy filters, all streamlined by Thermo Scientific Velox Software for reproducible acquisition and quantitative mapping, to round out the workflow.
TEM features for life sciences
Thermo Scientific TEMs for life sciences emphasize intuitive, user-friendly operation and fast, high-contrast imaging with a large field of view to quickly find regions of interest. Large-area mapping enables easy navigation plus automated, unattended batch acquisition for multi-scale imaging of cellular ultrastructure, while remote operation and long imaging-session support improved collaboration and throughput. Configurable as a conventional system for routine TEM imaging of cells and tissues, as an advanced system for sample characterization with different scanning transmission electron microscopy (STEM) and energy-dispersive X-ray spectroscopy (EDS) detectors, or as a cryo-electron microscopy (cryo-EM) platform for screening and analysis. Its modular design allows it to meet the diverse needs of both research labs and core facilities.
Cryo-TEM features for structural biology
Thermo Scientific cryo-TEMs are built for high-quality, low-dose imaging and automated data acquisition across single particle analysis (SPA), MicroED, and cryo-electron tomography (cryo-ET). Choose the right performance level for your lab, from accessible, AI-guided loading and imaging to automated sample assessment and fast large-dataset collection to ultra-high-resolution, high-throughput productivity. Boost contrast and speed with imaging filters, including aberration-free image shift (AFIS) and fringe-free imaging (FFI) to maximize usable data and accelerate automated runs. Round out your workflows with low-dose diffraction and large-field, high-detail TEM imaging.
For Research Use Only. Not for use in diagnostic procedures.