Used PHOENIX Nanomex #9375713 for sale

A PHOENIX Nanomex is a unique X-ray system designed for in situ atomic structure and materials analysis. With the help of an optical or electron microscope, and utilizing the latest generation of detector technology, users can analyze the structure of materials in nanometer resolution. Featuring advanced robotic sample manipulation and analysis capability, this microscope moves and positions samples precisely to maximize result quality. Nanomex consists of three main components: the sample positioning stage, the X-ray source, and the detector. The sample positioning stage is designed to enable high accuracy manipulation of samples for a wide variety of geometries. Robotically driven, the stage can be adjusted to accommodate specimens of varying sizes and shapes. The X-ray source is configured to meet the requirements of high resolution X-ray microanalysis and diffraction experiments. This source supports a wide range of spectroscopic techniques for elemental analysis, such as X-ray Fluorescence (XRF) and Energy Dispersive X-ray Spectrometry (EDS). It is capable of producing X-rays with a range of energies between 15 and 50 keV for optimal imaging. The detector captures the information from the X-ray source and processes the images into a digitized form. With the latest technology, PHOENIX Nanomex can detect elements from carbon to uranium with single-digit nanometer resolution. The high speed signal output enables fast, low noise imaging of samples, allowing users to obtain detailed structure of their samples with high precision. Other features of Nanomex include a large field of view, enhanced pattern recognition and drift correction for increased accuracy, and user-friendly software for user customization. The state-of-the-art detection and control system is designed to meet the needs of diverse applications by providing superior imaging and analysis capabilities. With its capability to achieve the highest level of resolution in X-ray microanalysis, PHOENIX Nanomex is an ideal tool for research into nanostructure and materials.