Used JORDAN VALLEY JVX 5200T #293830418 for sale

JORDAN VALLEY JVX 5200T
Manufacturer
JORDAN VALLEY
Model
JVX 5200T
ID: 293830418
Wafer Size: 12"
Vintage: 2005
Film thickness measurement system, 12" 2005 vintage.
JORDAN VALLEY JVX 5200T is an advanced x-ray equipment designed for imaging and fluoroscopy applications. The system is designed for both clinical and research applications and is capable of performing non-destructive analysis of materials from any angle. JORDAN VALLEY JVX-5200 T uses a rotating x-ray source to emit a continuous range of X-ray beams, which allow for sharp clear imaging. The unit also includes a real-time 3D digital image processor and image monitoring machine that allows for precise imaging. The tool also includes a range of advanced features such as a high resolution imaging asset, automatic exposure control model, motion correction and time-lapse imaging. The equipment is also equipped with a motorized anode to adjust the anode voltage and focus the x-ray beams for optimal imaging. This enables the user to get high accuracy results in either imaging or fluoroscopy. JVX 5200 T also features a flat panel detector to provide higher resolution images and reduce radiation exposure risks for operators and patients. JVX-5200 T is capable of a wide range of applications, including medical imaging, diagnostics, research, materials testing, and industrial inspections. It is a reliable and highly efficient system that provides excellent quality images with a small radiation dose to support medical diagnosis and studies. The unit is easy to use and can be operated by any trained operator. It features a color touchscreen display and intuitive user interface that allows the user to quickly learn how to navigate the machine. The tool is also portable and comes with a range of accessories. It includes a 6-position tilting platform, a remote focusing asset, a lead shield and Isoflex collimator, and high-speed motorized anode. JVX 5200T is an excellent choice for high-end imaging applications that require greater accuracy and resolution while maintaining low levels of radiation exposure.
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