Used EDAX 707A #126395 for sale

EDAX 707A is a x-ray equipment designed for the analysis of a wide range of micro- and nano-scale materials. Equipped with an x-ray source of up to 130kV and a 50μm ultra-light detector, 707A combines excellent analytic performance with sample throughput capacity, to deliver results with higher sensitivity, accuracy, and speed. EDAX 707A features a high-intensity x-ray source with a micro-focus of up to 130kV which enables superior solutions for material identification and understanding. The x-ray source reduces measurement time to a few minutes with 1 minute or less for most elements. 707A also offers options for a flexibly guided specialty microscope, a dynamic image reconfiguration system, and an energy-dispersive Spectroscopy (EDS) unit with a windowless spectrometer. EDAX 707A's 50μm ultra-light detector offers greater sensitivity and resolution than ever before, enabling precise measurement and identification of micro-structures and nano-scale material properties. The detector also enhances throughput capacity by providing fast measurements of topographical, morphological, compositional, and structural features of the materials, allowing users to maximize the productivity of the instrument. 707A is an efficient and reliable analytical machine that maximizes the productivity and accuracy of its users. Its features include superior performance tools that enable analysis with high temporal resolution, speed, repeatability, and accuracy. It also provides a large user-selectable energy calibration range to suit measurement needs. Additionally, an available offline support option allows for remote diagnosis of instrument status and configuration. EDAX 707A is an ideal tool for micro- and nano-scale analysis of diverse materials. Its excellent resolution, excellent accuracy, and great material throughput capacity make it an ideal choice for scientific labs doing research on materials of interest. It is a reliable, powerful tool that enables quick and accurate measurement and identification of various materials.