
Combining NPAR with spherical indexing – A unique method to solve the most challenging EBSD indexing problems
May 8, 2024
The world’s first commercial direct detection system designed specifically for EBSD with high-sensitivity and high-fidelity for unparalleled performance.

The world’s first commercially available electron backscatter diffraction (EBSD) detector with unparalleled performance as low as 3 kV. This direct detection system is ideal for beam-sensitive perovskite, ceramic, or semiconductor materials that are difficult to analyze using conventional EBSD systems.
Enables the analysis of beam-sensitive samples, preventing damage at low doses, revealing never-before-seen structures
Provides up to 7x improvement in spatial resolution and ensures superior results at low kV
Reveals previously unattainable diffraction bands beyond the detection limit for phosphor-based detectors
Unlock the power of electron microscopy with Gatan—explore cutting-edge applications, dive into expert-led webinars, and discover insights through detailed application notes that fuel scientific breakthroughs.
Immerse yourself in the world of scientific discovery—explore striking microscopy images that reveal the unseen, alongside videos and tutorials showcasing Gatan’s technology in action.
Explore tools, data, and insights powering electron microscopy—from applications and periodic table resources to expert blogs and newsletters.
Discover cutting-edge insights, expert perspectives, and practical applications in electron microscopy
Gain real-world experience through self-paced courses to elevate your electron microscopy research
Find quick answers to common electron microscopy questions with our comprehensive FAQs
Preventive maintenance, upgrades, service adjustments and repairs to assure your Gatan products are operating at peak performance
Downloads, updates, and application-specific resources
Explore in-person and online electron microscopy courses designed to deepen your expertise through hands-on training and flexible, interactive learning