Used PHOENIX Nanomex 160 #293800010 for sale

PHOENIX Nanomex 160 is a high-performance x-ray equipment designed to provide both precision and reliability in applications such as non-destructive testing and material science. The system is based on an innovative technology that combines an asymmetric nano-focusing optics and a 4-jaw micrometer-scannable x-ray tube. Nanomex 160 offers the highest resolution x-ray spot size achievable, with outstanding performance on resolution, measurement accuracy and contrast resolution. The unit has the capability to scan in two directions, both with 1-micron accuracy. This allows precise imaging of small structures and features with precision down to 10 nm, a resolution that is around 10 times higher than traditional x-ray systems. The machine is also equipped with an advanced imaging plate and detector tool, capable of producing images with a dynamic range of up to 4096 gray levels. PHOENIX Nanomex 160 is a robust and reliable asset, with a compact design that fits into most laboratory environments. The model is designed around a single-source x-ray tube, with a maximum operating power of 160 kilopascals. The x-ray tube is mounted on a 4-jaw micrometer-scannable holder, allowing rapid and precise scanning in two directions. The image quality is further optimized by the use of an optimized focal spot of just 2 micron length, plus a focusing assembly that uses an asymmetric nano-focusing optical equipment. Nanomex 160 also comes with a host of advanced imaging controls and features. You can control the angle of view, and select from a range of imaging modes, including top and dark-field imaging, digital imaging, image contrast, and 3D image reconstruction. There are also a variety of pre-programmed imaging modes, allowing you to quickly and easily create the images you need for a specific application. PHOENIX Nanomex 160 is a reliable and versatile imaging solution that offers outstanding performance and quality. The combination of nanoscale resolution, 4 jaw micrometer-scannable x-ray tube technology and advanced imaging features enable researchers to carry out detailed and accurate imaging of microscopic objects with confidence.