Thermo Fisher Scientific, through its FEI division, provides state-of-the-art electron microscopy solutions, including Scanning Electron Microscopes (SEM), Transmission Electron Microscopes (TEM), and Cryo-TEM systems. These cutting-edge imaging tools enable researchers, scientists, and industry professionals to conduct high-resolution structural analysis, 3D imaging, and nanoparticle studies in diverse fields such as life sciences, materials research, semiconductor manufacturing, and pharmaceutical development.
Thermo Fisher’s electron microscopes are renowned for their precision, automation, and imaging clarity, offering advanced solutions for microscopy and microanalysis across multiple industries.
This compact and durable laboratory instrument is widely used in TLC (Thin Layer Chromatography), forensic analysis, and environmental testing. Its MS-coated material with soft glass LED tubes ensures long-lasting performance and efficient UV exposure.
1. High-Resolution Scanning Electron Microscopes (SEM)
- Provides detailed surface imaging with nanometer-scale resolution.
- Optimized for material characterization, failure analysis, and particle analysis.
- Features advanced detectors for compositional and topographical contrast.
2. Advanced Transmission Electron Microscopes (TEM)
- Delivers atomic-level imaging for structural biology and materials science.
- Supports single-particle analysis, electron tomography, and cryo-EM applications.
- Enables electron diffraction techniques for crystallographic studies.
3. Cryo-TEM for Life Sciences & Structural Biology
- Used in protein structure determination and macromolecular visualization.
- Employs vitrification techniques to preserve biological samples in their native state.
- Reduces beam-induced damage, enhancing image clarity for fragile samples.
4. 3D Imaging & Serial Block Face Imaging
- Combines SEM with focused ion beam (FIB-SEM) technology for 3D reconstructions.
- Essential for material science, neuroscience, and cell biology research.
- Provides non-destructive imaging with nanometer resolution.
5. Automated & AI-Driven Microscopy Solutions
- Integrated AI and machine learning for automated image acquisition and analysis.
- Streamlined workflows for pharmaceutical and semiconductor applications.
- Supports remote operation and cloud-based data management.
1. Life Sciences & Structural Biology Research
- Cryo-EM enables near-atomic resolution imaging of biomolecules.
- Used in drug discovery, virus structure analysis, and pharmaceutical research.
- Essential for mapping protein complexes and macromolecular interactions.
2. Material Science & Nanotechnology
- Analyzes nanoscale materials, polymers, and semiconductor structures.
- Provides elemental mapping for compositional analysis.
- Utilized in metallurgy, failure analysis, and advanced coatings research.
3. Semiconductor & Electronics Industry
- Enables defect analysis and quality control in semiconductor fabrication.
- Used for failure analysis, thin-film characterization, and transistor imaging.
- Supports process development in chip manufacturing and circuit inspection.
4. Environmental & Energy Research
- Used in battery research, corrosion studies, and catalyst characterization.
- Essential for renewable energy materials and fuel cell development.
- Supports geological and environmental sample analysis.
- Unmatched Imaging Precision – Delivers sub-nanometer resolution for high-detail analysis.
- Versatile Research Applications – Supports life sciences, materials research, and semiconductor industries.
- Advanced Automation & AI Integration – Features smart data processing and workflow optimization.
- Cryo-EM Leadership – Trusted by leading structural biology and pharmaceutical research labs.
- Industry-Recognized Reliability – Used by top universities, government labs, and high-tech industries.
- User-Friendly & Scalable – Offers customizable configurations for diverse research needs.
