Used BRUKER-AXS NANOSTAR #293650267 for sale

BRUKER-AXS NANOSTAR is a high-performance digital x-ray equipment specifically designed for nanometer scale measurements. It consists of an optical imaging system that captures X-ray images of objects or samples, an image processing unit for analyzing and recording image data, and an electron beam for producing precisely focused X-ray beams. NANOSTAR is equipped with a multi-axis automated stage machine, allowing for versatile positioning of the sample prior to X-ray capture. The tool also offers a wide range of imaging capabilities, including: single and multiple exposures, time-correlated X-ray beams for sampling multiple features in rapid succession, focal spot adjustability, and adjustable intensity and exposure time control. BRUKER-AXS NANOSTAR's imaging asset is based on an array of power LEDs, which produce focused X-ray beams that are simultaneously imaged onto separate X-ray intensifier screens. This provides greater spatial resolution than conventional x-ray imaging systems, enabling detailed images of nanostructures to be acquired. The electron beam can be frequency-tuned to selectively enhance the desired element X-ray signals, and further tailored to ensure imaging at an optimal distance. The model offers high dynamic range imaging, with detailed information gathered from both oversaturated and relatively low X-ray intensities. NANOSTAR is optimized for high-speed image acquisition with low X-ray exposure. This allows for quantitative analysis of nanostructure features with minimal sample destruction. The equipment's high throughput allows for automated imaging of thousands of samples in just a few hours, enabling efficient production of large datasets. BRUKER-AXS NANOSTAR offers integrated software packages, including a Bruker imaging analysis suite. This allows users to quickly analyze large data sets and to control the microscope remotely. In conclusion, NANOSTAR provides an extremely powerful digital X-ray system that offers high-resolution imaging of nanostructures, low exposure and high-speed image acquisition. Its automation and integrated software unit make it the ideal tool for characterizing the nanoscale features of modern materials.