Applications
We’ve built a strong reputation in electron microscopy through curiosity, discovery, and innovation in life and materials science research. From revealing the finest details of complex structures to advancing new technologies, our products and solutions have helped shape the way scientists understand the world.
Additive Manufacturing
Gain critical insights into material consistency, mechanical integrity, and microstructure evolution to support the development of reliable, high-performance AM components
Art, Archeology, and Conservation
Preserve and study artifacts using non-destructive, evidence-based methods that protect original materials and deliver precise insights
Batteries and Energy Storage
Accelerate breakthroughs in battery technology with high-resolution tools to visualize structure-property relationships, optimize materials, and enhance energy storage
Chemical Analysis
Characterize chemical states, elemental distributions, and phase transitions with precision to better understand and optimize the chemical properties of materials
Compositional Analysis
Map elemental presence, quantity, and location with sub-nanometer resolution to elucidate structure-property relationships and drive material innovation
Forensics
Reveal trace evidence, material composition, and microstructural details to support forensic investigations with scientific rigor and reliability
Geosciences
Characterize geological samples to reveal formation history, mineral phases, and environmental impact to support site investigations and resource recovery
Life Sciences
Visualize cells, proteins, and pathogens in near-native states using advanced electron microscopy to overcome imaging limitations and drive biomedical innovation
Light Emitting Materials and Devices
Reveal the interplay between microstructure, defects, and optical properties in light emitting materials to help achieve superior brightness, color accuracy, and device reliability
Metals and Alloys
Investigate microstructure, composition, and phase transformations in metals and alloys to improve strength, durability, and corrosion resistance
Semiconductor Materials and Devices
Unlock atomic-level insights into semiconductor materials and devices to resolve complex structures, optimize device performance, and drive innovation
Solar, Utilities, and Environment
Measure structural changes and elemental distributions that impact energy output and environmental resilience to advance solar, utility, and environmental technologies