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Nanotube
nano scale tube 1 atom thick.
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product
CT-ALPHA Nanotube
One main component of the system is Excillum’s high performance X‑ray source NanoTube N2, a up to 110 kV X‑ray tube with latest tungsten-diamond transmission target technology, automatic e‑beam focusing and astigmatism correction, ensuring that the smallest possible, truly round X‑ray spot is achieved.
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product
NanoSpectralyzer
NS1
ANF offers the NS1 NanoSpectralyzer®, a unique automated fluorimetric analyzer based on the most advanced research in nanotube spectroscopy. This patent-pending instrument combines a specialized optical system with custom software to enable efficient, turn-key analyses of bulk SWNT samples. The NS1 NanoSpectralyzer is valuable for tuning the process conditions in SWNT growth reactors, for quality control, for guiding nanotube sorting and separation methods, and for a wide range of research applications that require detailed compositional data on a rapid time scale.
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NanoFluorescence Microscope
NFM
The NFM is a specialized optical microscope system custom-designed for imaging individual single-walled carbon nanotubes (SWCNTs) through their intrinsic short-wave infrared fluorescence. It is ideal for SWCNT studies in physics, chemistry, biomedicine, and environmental research. The NFM is the new, more affordable replacement for our pioneering NM1 Fluorescence Microscope.
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product
NanoSpectralyzer
NS MiniTracer
The NS MiniTracer is the latest addition to the innovative line of NanoSpectralyzer instruments from Applied NanoFluorescence, LLC. Its design is optimized for fast, easy, and highly sensitive analytical measurements on a variety of samples containing single-walled carbon nanotubes. The MiniTracer is ideal for quantitating SWCNTs in environmental and biological specimens and is also perfect for routine sample characterization in any SWCNT research lab.
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product
NanoSpectralyzer
NS2
NS2 is the world's only three-in-one spectrometer for carbon nanotubes. The NS2 provides all of model NS1's state-of-the-art capabilities for analyzing SWCNT samples through near-IR fluorescence and absorption. In addition, the NS2 captures Raman spectra of all CNTs, whether single-walled, multi-walled aggregated, large diameter, or chemically altered. All spectra are automatically measured with a single placement of the sample cuvette. Sophisticated software then performs integrated data analysis to characterize the CNT sample.
