Xradia launches innovative 3D x-ray imaging equipment UltraXRM-L200

Xradia company today announced the new style is based on laboratory using computer tomography (CT) system--the scan system UltraXRM-L200 in a lab environment to provide 50 nanometer resolution of similar synchronization of three-dimensional imaging.

UltraXRM-L200 is ultra-high resolution UltraXRM ™ Nano series x-ray microscope's newest member. This microscope adopted initially study research unit for synchronization of the most advanced x-ray optical components to achieve State-of-the-art laboratory environment and efficiency.

"Our commitment is to continually develop to promote research on the progress of the system," the company founder Xradia, President and Chief Technology Officer Dr. Wenbing Yun.

"Ultimately, in a lab environment, and the Synchronizer, we in this area has a strong leadership position, we hope to help researchers to focus on their own research, instead of their time and resources are spent to build them using the tools. Only Xradia company commercial supply of this resolution (50 nm) of x-ray CT microscope. ”

Xradia company UltraXRM-L200 microscope will be incorporating patented x-ray optical components of high-throughput laboratory x-ray light source into an independent CT scanner.

UltraXRM-L200 increasing range of applications, including applications to advanced material development, soft tissue and skeleton of life science research, conducted a study on the pore to analysis of the oil and gas drilling, as well as for feasibility model for semiconductor packaging failure analysis.

According to the Virginia Tech Professor of Biomedical Imaging and Ge Wang, Ph.d., Director, said that "Xradia company's ultra high resolution imaging system provides us more about the internal structure of three-dimensional data, and does not require the relevant regions for cutting or slicing---this extends the capability of all research laboratory, because we can test the various conditions, including the time difference (time-lapsed) four-dimensional imaging.

UltraXRM-L200 will contribute to fill gaps in existing high resolution imaging devices (such as TEM and SEM, AFM) and the optical microscope as well as traditional miniature computer imaging systems. ”