Used RIGAKU MicroMax-007 #9288941 for sale

RIGAKU MicroMax-007
Manufacturer
RIGAKU
Model
MicroMax-007
ID: 9288941
X-Ray system.
RIGAKU MicroMax-007 is an advanced x-ray diffraction equipment designed for high-performance materials research applications. The system features a range of sophisticated technologies to provide superior x-ray diffraction measurements for a variety of sample specimens. The unit is powered by an air-cooled microfocus X-ray generator that offers good stability and can generate X-rays with up to 60 keV of energy, allowing for high-resolution measurements. This generator is paired with a high-performance optical machine incorporating diffractive-optics (DO) technology to maximize energy and source brightness. The tool also comes equipped with a highly sensitive imaging plate detector, allowing for the acquisition of diffraction data in real-time. The asset has been designed to facilitate usage in advanced research areas such as nanomaterials and nanostructures. It features an automated sample changer to allow for rapid data collection across a wide range of specimens, and a powerful software suite that integrates seamlessly with the hardware to automate processes, providing excellent data control and flexibility. The model is capable of conducting measurements of a range of sample sizes and shapes, from nanostructures to planar thin films. The intelligent control equipment incorporated into MicroMax-007 provides easy operation and optimization of data collection. An intuitive GUI allows operators to quickly configure the system for optimal performance. In addition, a range of automated electrical safety measures ensure a safe working environment for operators. Overall, RIGAKU MicroMax-007 is an impressive x-ray diffraction unit designed to support high-end material research applications. The high-performance X-ray source and diffractive optics enable accurate, high-resolution data collection. The automated sample-changing capability and sophisticated software suite make the machine an ideal choice for laboratories looking to conduct advanced nanomaterials research.
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