Used PHOENIX Nanotome #293586469 for sale

PHOENIX Nanotome is a powerful X-ray imaging equipment that operates within a few nanometers (10-9m) resolution. It is used to image ultra-small structures and materials such as nanostructures, nanotechnology, and bio-molecules. This imaging system has superior image resolution and dynamic range when compared to traditional optical microscopy techniques, allowing us to observe nano-scale structures with greater precision and detail. Nanotome is comprised of a beamline, a sample holder, optics and detectors. The beamline uses X-ray source, mirrors, and slits to focus the X-ray beam on the sample. The X-ray source used is either a synchrotron radiation facility or a laboratory-based X-ray source, such as an X-ray tube. The sample holder is responsible for positioning the sample of interest in the path of the X-ray beam and allowing adjustment of the position and orientation of the sample. The optics are responsible for forming a high-resolution image of the sample, while the detectors capture the X-ray signals and transform them into an image. PHOENIX Nanotome produces high-quality images that can be used to study and analyse nano-structures and materials. The unit allows for enhanced contrast and improved signal-to-noise ratio, which can be used to investigate small particles and atomic structure. Nanotome also has exceptional imaging capabilities such as tomography and phase imaging. This enables researchers to better study the inner structures of a material, providing invaluable new insight into the physical and chemical properties of small-scale materials. In conclusion, PHOENIX Nanotome is a highly advanced X-ray imaging machine with superior imaging resolution and dynamic range. It is used to investigate and analyze nano-structures and materials with unprecedented accuracy. By using this tool, engineers and scientists are able to obtain invaluable new images and information to help them make better decisions and progress their research. Nanotome asset is thus an invaluable tool for those who seek to better understand the micro and nano-scale world.