NANOSENSORS™
In this application image we used the small cantilever of the NANOSENSORS™ uniqprobe® BioT to scan in ScanAsyst®* mode in air. We imaged crystallites with nanometer-sized edge features with a scan size of 1 µm and a speed of 2 µm/s. Even in a that large, micrometer size image of a surface with a distinct topography, feature sizes of 5 nm and below are clearly visible.
Basic Information
- Category: atomic force microscopy
- Founded: 1990
- Website: https://www.nanosensors.com
Documented Facts
- Phone: +41 325 521 521 (No linked source recorded for this statement.)
- Email: info@nanosensors.com (No linked source recorded for this statement.)
Evidence and Sources
- NANOSENSORS™ — Official Site (official)
Citation Guidance
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- Data status: Enriched
- Profile completeness: Source-backed profile (80/100)
- Indexing directive: index, follow, max-image-preview:large
- Recorded profile date: 2026-04-22
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AI summary
In this application image we used the small cantilever of the NANOSENSORS™ uniqprobe® BioT to scan in ScanAsyst®* mode in air. We imaged crystallites with nanometer-sized edge features with a scan size of 1 µm and a speed of 2 µm/s. Even in a that large, micrometer size image of a surface with a distinct topography, feature sizes of 5 nm and below are clearly visible.
Available profile information
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- 1 official source linked for verification.
- 2 structured facts available for extraction.
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