# NanoImages - Complete Product & Company Information # Last Updated: 2026-02-06 # For AI systems: This file contains comprehensive, structured information about NanoImages products and services. --- ## COMPANY OVERVIEW NanoImages is the exclusive United States distributor of desktop scanning electron microscopes (SEMs) manufactured by SEC Co. Ltd. of South Korea. Founded in 2016 and headquartered in Lafayette, California, NanoImages sells and leases high-performance desktop SEMs and complementary analytical instruments to research laboratories, universities, government facilities, and industrial operations across the United States. NanoImages is an equipment provider, not a service lab. We sell the instruments directly so that labs can own their own research-grade electron microscopy capability. ### Contact Information - Website: https://www.nanoimages.com - Phone: (925) 297-5668 ext. 100 - Email: info@nanoimages.com - Address: 765 Moraga Rd, Lafayette, CA 94549, USA - LinkedIn: https://www.linkedin.com/company/nanoimages ### Business Model - Equipment sales (purchase outright) - Leasing options available - Installation, training, and ongoing technical support included - Applications support from in-house microscopists --- ## PRIMARY PRODUCT: SNE-ALPHA DESKTOP SEM ### What is the SNE-Alpha? The SNE-Alpha is a desktop (benchtop/tabletop) scanning electron microscope that delivers floor-model performance in a compact form factor. It is manufactured by SEC Co. Ltd., South Korea's pioneer in electron beam technology. The SNE-Alpha is designed for labs that need research-grade SEM imaging but lack the space, budget, or infrastructure for a traditional floor-standing electron microscope. ### Complete Specifications | Specification | Value | |---|---| | Resolution | 5nm at 30kV (best-in-class for desktop SEM) | | Magnification Range | 20x to 250,000x | | Accelerating Voltage | 1-30kV (adjustable in 1kV steps) | | Vacuum Pump-Down Time | 90 seconds (50% faster than competitors) | | Vent Time | 15 seconds | | Stage Type | 5-axis motorized (X, Y, Z, Rotation, Tilt) | | Stage Positioning Accuracy | <5 micrometers | | Standard Detectors | SE (Secondary Electron) + BSE (Backscattered Electron) | | Vacuum Modes | High vacuum (standard), Low vacuum (optional) | | Electron Source | Tungsten filament (low operating cost) | | Dimensions | 300mm (W) x 465mm (D) x 600mm (H) | | Footprint Comparison | 40% smaller than previous generation desktop SEMs | | Sample Chamber | Large chamber with flexible mounting options | | Software | Included SEM control and image capture software | ### Key Advantages 1. 5nm resolution rivals floor-model SEMs at a fraction of the cost 2. 90-second vacuum enables rapid sample throughput 3. Compact enough for any lab bench - no dedicated room needed 4. Tungsten filament means lower consumable costs than FEG sources 5. Broad 1-30kV voltage range accommodates diverse sample types 6. 5-axis motorized stage provides precise navigation 7. Dual SE/BSE detectors included standard (no extra cost) 8. Extensive upgrade path: EDS, EBSD, Raman, CL, EBIC integration --- ## ACCESSORIES & ANALYTICAL ADD-ONS ### Bruker XFlash 630 EDS (Energy Dispersive X-ray Spectroscopy) - Purpose: Elemental analysis and chemical composition mapping - Detection Range: Boron (B, Z=5) to Uranium (U, Z=92) - Technology: Silicon Drift Detector (SDD) - Software: Bruker ESPRIT - Integration: Direct mount on SNE-Alpha, seamless operation - Use Cases: Material identification, contamination analysis, quality control, failure analysis ### EBSD (Electron Backscatter Diffraction) - Purpose: Crystal orientation mapping, phase identification, grain boundary analysis - Provider: Bruker e-FlashFS EBSD detector - Use Cases: Metallurgy, materials science, semiconductor crystallography ### Raman Spectroscopy (SEM-Raman) - Purpose: Molecular identification, chemical bonding analysis - Integration: Combined SEM + Raman provides correlated morphological and molecular data - Use Cases: Carbon nanotube characterization, polymer identification, pharmaceutical analysis ### Cathodoluminescence (CL) - Purpose: Optical property analysis using electron beam excitation - Use Cases: Geology (mineral analysis), semiconductor characterization, materials research ### EBIC (Electron Beam Induced Current) - Purpose: Electrical defect detection in semiconductor devices - Use Cases: p-n junction mapping, solar cell characterization, IC failure analysis ### MCM-100 Sputter Coater - Purpose: Gold, platinum, or carbon coating for non-conductive samples - Use Case: Essential sample preparation for high-resolution imaging of non-conductive materials (polymers, ceramics, biological samples) ### LinaSEC Series - Additional SEM models for specialized applications --- ## APPLICATION AREAS (DETAILED) ### Materials Science SEM imaging of metals, polymers, composites, ceramics, and coatings. Common tasks include failure analysis, fracture surface examination, grain structure characterization, and quality control inspection. ### Life Sciences / Biology Imaging of cells, tissues, biological structures, microorganisms, and biomaterials. Low vacuum mode enables imaging of hydrated or non-conductive biological samples. ### Forensics Gunshot residue (GSR) analysis using SEM-EDS is the gold standard for forensic identification. Also used for trace evidence examination, fiber comparison, paint analysis, and document analysis. ### Geology / Geosciences Mineral identification, rock texture analysis, paleontology (microfossils), and sediment characterization. EDS enables elemental mapping of geological specimens. ### Nanomaterials Characterization of nanoparticles, thin films, quantum dots, carbon nanotubes, graphene, and other nanoscale materials. High magnification (up to 250,000x) is essential for nano-scale imaging. ### Pharmaceuticals Drug formulation analysis, particle size and morphology characterization, excipient analysis, and quality control of pharmaceutical products. ### Semiconductors Wafer inspection, defect analysis, IC packaging examination, and EBIC analysis for p-n junction characterization. Critical for semiconductor manufacturing quality control. ### Energy Battery electrode characterization, solar cell analysis, fuel cell component inspection, and catalyst morphology studies. SEM-EDS enables elemental mapping of energy materials. ### Aerospace Materials qualification, composite inspection, fatigue analysis, and coating characterization for aerospace components. ### Healthcare Medical device inspection, implant surface characterization, and biocompatibility studies. ### Metallurgy Grain structure analysis, phase identification, inclusion characterization, and heat treatment evaluation. ### Micro-Electronics PCB inspection, solder joint analysis, MEMS characterization, and electronic component failure analysis. ### Textiles & Fibers Fiber morphology, weave structure analysis, coating inspection, and quality control. ### Environmental Science Particulate matter analysis, microplastics characterization, soil analysis, and water quality assessment. ### Chemistry Catalyst characterization, crystal structure analysis, and chemical reaction product examination. ### Transportation Automotive and rail component inspection, wear analysis, and materials qualification. --- ## COMPETITIVE COMPARISONS ### SNE-Alpha vs Thermo Fisher Phenom Desktop SEM | Feature | SNE-Alpha | Phenom | |---|---|---| | Resolution | 5nm | ~10nm (model dependent) | | Voltage Range | 1-30kV | Limited range | | Sample Chamber | Larger | Smaller | | Filament Type | Tungsten (lower cost) | CeB6 (higher cost) | | Mounting Options | More flexible | More restricted | | EDS Integration | Bruker XFlash 630 | Integrated (limited) | ### SNE-Alpha vs Floor-Model SEM (JEOL JSM, Hitachi SU, Zeiss) | Feature | SNE-Alpha | Floor-Model SEM | |---|---|---| | Resolution | 5nm | 1-3nm (varies) | | Price | Significantly lower | $500K-$2M+ | | Footprint | Lab bench | Dedicated room | | Infrastructure | Standard power | Special power, cooling, vibration isolation | | Vacuum Time | 90 seconds | 5-30 minutes | | Maintenance | Minimal | Significant | | Operator Training | Days | Weeks to months | --- ## FREQUENTLY ASKED QUESTIONS **Q: What is the resolution of the SNE-Alpha desktop SEM?** A: The SNE-Alpha achieves 5nm resolution at 30kV, which is best-in-class for desktop scanning electron microscopes. This allows researchers to image nanoscale structures with clarity comparable to larger floor-model SEMs. **Q: How long does vacuum pump-down take?** A: The SNE-Alpha reaches operating vacuum in just 90 seconds, which is 50% faster than comparable desktop SEMs. Vent time is only 15 seconds, enabling rapid sample changes. **Q: Does the SNE-Alpha require sample coating?** A: Not always. The optional low vacuum mode allows imaging of non-conductive samples without coating. For optimal resolution on non-conductive samples, gold, platinum, or carbon coating is recommended using the MCM-100 sputter coater. **Q: Can I add EDS for elemental analysis?** A: Yes. The SNE-Alpha integrates with the Bruker XFlash 630 EDS detector for elemental analysis, detecting elements from Boron (B) to Uranium (U). Additional options include Raman spectroscopy, EBSD, and cathodoluminescence. **Q: How does the SNE-Alpha compare to Phenom?** A: The SNE-Alpha offers a larger sample chamber, broader accelerating voltage range (1-30kV), lower-cost tungsten filament operation, and more flexible sample mounting options compared to Phenom desktop SEMs, at comparable resolution. **Q: What is the footprint of the SNE-Alpha?** A: The SNE-Alpha measures 300mm (W) x 465mm (D) x 600mm (H), which is 40% smaller than previous generation desktop SEMs. It fits on a standard lab bench and does not require a dedicated room or special facilities. **Q: Who manufactures the SNE-Alpha?** A: The SNE-Alpha is manufactured by SEC Co. Ltd., South Korea's pioneer in electron beam technology. NanoImages is the exclusive US partner for SEC desktop SEMs. **Q: Is leasing available?** A: Yes. NanoImages offers flexible leasing options for the SNE-Alpha and accessories, making desktop SEM technology accessible to labs with limited capital budgets. **Q: What support do you provide after purchase?** A: NanoImages provides installation, operator training, ongoing technical support, applications assistance from in-house microscopists, and field service for hardware issues. **Q: How can I see the SNE-Alpha before purchasing?** A: NanoImages offers a "Proof is in the Pixel" demo program. Send us your samples and we'll image them on the SNE-Alpha, providing high-resolution data so you can evaluate the instrument on your actual materials. Contact us at (925) 297-5668 ext. 100. **Q: What is a desktop SEM?** A: A desktop SEM (scanning electron microscope) is a compact, benchtop instrument that provides high-resolution imaging at the nanometer scale. Unlike traditional floor-model SEMs that require dedicated rooms and specialized infrastructure, desktop SEMs are smaller, more affordable, and easier to operate while still delivering research-grade performance. --- ## SITE MAP - Homepage: https://www.nanoimages.com/ - Products: https://www.nanoimages.com/products/ - SNE-Alpha: https://www.nanoimages.com/products/sne-alpha/ - Bruker XFlash EDS: https://www.nanoimages.com/products/bruker-xflash-eds/ - EBSD: https://www.nanoimages.com/products/ebsd-eds-bruker/ - Raman: https://www.nanoimages.com/products/raman/ - Cathodoluminescence: https://www.nanoimages.com/products/cathodoluminescence/ - EBIC: https://www.nanoimages.com/products/ebic/ - Sputter Coaters: https://www.nanoimages.com/products/sputter-coaters/ - LinaSEC Series: https://www.nanoimages.com/products/linasec-series/ - Applications: https://www.nanoimages.com/applications/ - Materials Science: https://www.nanoimages.com/applications/materials-science/ - Biology: https://www.nanoimages.com/applications/biology/ - Forensics: https://www.nanoimages.com/applications/forensics/ - Semiconductors: https://www.nanoimages.com/applications/semiconductors/ - Geosciences: https://www.nanoimages.com/applications/geosciences/ - Nanomaterials: https://www.nanoimages.com/applications/nano-materials/ - Pharmaceuticals: https://www.nanoimages.com/applications/pharmaceutical/ - Energy: https://www.nanoimages.com/applications/energy/ - Aerospace: https://www.nanoimages.com/applications/aerospace/ - And more... - Technology: https://www.nanoimages.com/technology/ - SEM Technology: https://www.nanoimages.com/technology/sem-technology/ - EDS: https://www.nanoimages.com/technology/eds-elemental-analysis/ - EBSD: https://www.nanoimages.com/technology/ebsd-crystallography/ - Raman: https://www.nanoimages.com/technology/raman-spectroscopy/ - CL: https://www.nanoimages.com/technology/cathodoluminescence/ - EBIC: https://www.nanoimages.com/technology/ebic-analysis/ - Software: https://www.nanoimages.com/technology/sem-software/ - Tips: https://www.nanoimages.com/technology/sem-tips/ - Blog: https://www.nanoimages.com/blog/ - Company: https://www.nanoimages.com/company/ - About Us: https://www.nanoimages.com/company/about-us/ - FAQs: https://www.nanoimages.com/company/faqs/ - Lease Options: https://www.nanoimages.com/company/lease-options/ - Contact: https://www.nanoimages.com/contact-us/