3D Serial Block-Face SEM for High-Resolution Imaging
Product Overview
The Volume (VolumeSEM) is a high-performance 3D serial block-face scanning electron microscope (SBF-SEM) designed for large-volume imaging of biological, materials science, and semiconductor samples. Featuring automated serial slicing, ultra-high-resolution imaging, and advanced detection systems, it enables high-throughput 3D reconstruction of microstructures at the nanoscale.
With its integrated microtome, multi-detector imaging system, and automated workflow, VolumeSEM provides consistent, artifact-free imaging for precise volumetric analysis in neuroscience, life sciences, material research, and electronics failure analysis.
Key Features
- Automated Serial Block-Face Imaging – Captures thousands of sequential sections for 3D reconstruction.
- Integrated Ultramicrotome – Delivers precise, artifact-free slicing down to 5 nm thickness.
- Multi-Detector System – Combines BSE, SE, and EDS for comprehensive sample analysis.
- Optimized for Large-Volume Imaging – Handles samples up to 1 mm³ for extensive 3D reconstructions.
- Correlative Microscopy Compatible – Seamless integration with fluorescence and light microscopy.
- Automated Data Collection – Fully unattended operation for high-throughput imaging.
- High-Contrast Backscattered Electron (BSE) Detection – Optimized for organic and inorganic sample differentiation.
- AI-Powered Image Segmentation & 3D Reconstruction – Enhanced visualization and analysis of complex structures.
- Beam Deceleration for Low-Voltage Imaging – Preserves soft biological structures with minimal charging artifacts.
- User-Friendly Essence™ Software – Streamlined interface for intuitive workflow management and 3D rendering.
Specifications
| Feature | Specification |
|---|---|
| Imaging Mode | Serial Block-Face SEM (SBF-SEM) |
| Ultramicrotome | Integrated, automated slicing (5 nm – 100 nm) |
| Electron Source | High-brightness field emission gun (FEG) |
| Detector System | BSE, SE, EDS (optional), STEM (optional) |
| Resolution | Sub-nanometer imaging at low kV |
| Maximum Sample Size | Up to 1 mm³ |
| Slice Thickness Range | 5 nm – 100 nm (user-defined) |
| Automated Imaging | Fully unattended operation |
| 3D Reconstruction Software | AI-based segmentation & volumetric rendering |
| Correlative Microscopy | Compatible with fluorescence and light microscopy |
| Data Output Formats | TIFF, JPEG, RAW, 3D STL, HDF5 |
| Power Requirements | 100V – 240V, 50/60Hz |
| Chamber Size | Large volume for multiple detectors & accessories |
Applications
- Connectomics & Brain Mapping – Visualize neural circuits and synaptic connections at nanometer resolution.
- Ultrastructural Analysis of Cells & Tissues – Investigate organelles, extracellular matrix, and disease pathology.
- Biomaterials & Drug Delivery Research – Analyze nanocarriers, implants, and tissue scaffolds in 3D.
- 3D Microstructure Characterization – Analyze porosity, grain boundaries, and composite materials.
- Battery & Energy Storage Materials – Assess degradation and failure mechanisms in lithium-ion batteries.
- Ceramics, Polymers, & Coatings – Study surface roughness, adhesion properties, and material integrity.
- Failure Analysis & Defect Detection – Pinpoint defects in ICs, MEMS, and PCB structures with sub-nanometer precision.
- 3D Analysis of Integrated Circuits – Reconstruct multi-layer semiconductor structures for advanced failure diagnostics.
- Thin Film & Nanoparticle Studies – Assess layer uniformity and nanoparticle distribution in electronic devices.
Resources
Download Corrective Investigation Brochures
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