TESCAN AMBER X | FIB-SEM Solutions for Material Sciences

• High-Throughput Plasma FIB Milling — Process large sample areas up to 1 mm rapidly and efficiently.

• Ga-Free Microsample Preparation — Preserve true sample chemistry for accurate compositional analysis.

• Ultra-High-Resolution FE-SEM — Achieve exceptional imaging clarity with field-free electron optics.

• In-Lens SE and BSE Detection — Capture topographic and compositional contrast simultaneously.

• Multiscale Workflow Integration — Combine microstructural and nanoscale analysis in one platform.

• Automated 3D Tomography — Generate high-resolution, volumetric reconstructions for materials research.

• Correlative Compatibility — Seamlessly integrates with EBSD, EDS, and other analytical modules.

• Intuitive Control Interface — Modular, GUI-driven operation for efficient data acquisition and navigation.

The Power of Plasma. The Precision of Field-Free SEM.

The TESCAN AMBER X redefines multiscale materials characterization — combining Plasma FIB milling with Ultra-High-Resolution field-free FE-SEM imaging in one seamless platform.
From bulk-scale 3D reconstructions to atomic-level imaging, it empowers researchers to explore materials with speed, clarity, and accuracy — without the limits of gallium contamination or resolution trade-offs.
Ideal for materials science, semiconductors, and nanotechnology, AMBER X transforms discovery into insight — faster than ever before.

• Advanced Materials Research — Study microstructure, interfaces, and phase boundaries at nanoscale precision.

• Semiconductor Analysis — Perform defect localization, layer characterization, and cross-sectional imaging.

• Failure Analysis (FA) — Rapidly expose and analyze structural or electrical faults.

• 3D Tomography — Generate high-resolution volumetric reconstructions of complex materials.

• Additive Manufacturing — Assess porosity, inclusions, and bonding at microscale levels.

• Energy Materials — Investigate battery cathodes, fuel cells, and corrosion-resistant coatings.

• Nanotechnology — Explore nanostructures with exceptional imaging contrast and accuracy.