TESCAN MAGNA | SEM solution for laboratories

• Sub-Nanometer Resolution — Achieve ultra-fine imaging detail for nanostructures, catalysts, and other next-generation materials.

• SEM/STEM Analytical Platform — Dual-mode capability for surface and internal nanoscale characterization.

• In-Flight Beam Tracing™ — Guarantees real-time, automated optimization of beam parameters for superior image stability and clarity.

• TriBE™ and TriSE™ Multi-Detector Systems — Collect multiple signals simultaneously for comprehensive topographical and compositional analysis.

• High-Contrast Imaging — Ideal for low-voltage, surface-sensitive investigations of beam-sensitive materials.

• Essence™ Modular Software Platform — Provides intuitive control and advanced analytical functionality for all skill levels.

• User-Friendly Operation — Fast setup, guided workflows, and robust automation minimize setup time and maximize productivity.

Engineered for the Nanoscale. Perfected for the Future.

The TESCAN MAGNA Ultra High-Resolution SEM empowers researchers to explore the sub-nanometer world with unmatched clarity and precision.
Featuring In-Flight Beam Tracing™, TriBE™/TriSE™ detection, and SEM/STEM dual-mode analysis, MAGNA sets the new benchmark for nanomaterials characterization, advanced surface metrology, and nanoscale imaging.
For laboratories pushing the boundaries of nanotechnology, catalysis, and materials innovation, MAGNA delivers clarity, confidence, and complete control — all in one platform.

• Nanomaterial Imaging & Analysis
  Detailed visualization of nanoparticles, nanotubes, and quantum structures at sub-nanometer precision.

• Catalyst & Energy Material Characterization
  High-contrast imaging of porous catalysts, electrode structures, and nanoscale interfaces.

• Thin Film and Interface Studies
  Analyze cross-sections and layered materials with exceptional depth and compositional accuracy.

• STEM Mode Nano-Metrology
  Combined SEM/STEM functionality for simultaneous surface and transmission-based nanoanalysis.

• Academic & Industrial Research
  Supports advanced research workflows in nanotechnology, surface chemistry, and material development.