Used RIGAKU Geigerflex #293756863 for sale

RIGAKU Geigerflex is a computed tomography x-ray equipment in which a fan-shaped x-ray beam is used to enable CT imaging. It offers high resolution and uniformity, superior sensitivity, and fast scanning times while maintaining dose efficiency. The system utilizes a small fan-shaped x-ray beam that is capable of imaging through samples in single or multiple slices, depending on the application. The rig is constructed around three essential components: the x-ray source, the timing/collimator unit, and the image resampling machine. The x-ray source provides the necessary x-ray energy in order to penetrate through the sample that is being scanned. The radiation is then collimated by the timing / collimator tool, which regulates the positioning and orientation of the beam in order to obtain the desired projections of the sample. Finally, the image resampling asset is used to reconstruct the scanned objects into an image format. Geigerflex can be used for various applications, from medical imaging to general industrial applications. In medical imaging, the model can be used for 3D bone imaging, CT angiography, and other applications. In industrial applications, the equipment can be used for 3D scanning, CT metrology, and inspection. The system is capable of providing optimal performance in many different environments, from natural to medical imaging. For example, the unit can be used to detect defects in medical implants and prostheses, as well as performing metrology applications in both natural and medical environments. It is also capable of 3D imaging, with advanced features such as enhanced contrast and noise reduction. Overall, RIGAKU Geigerflex is an easy-to-use, high-performance machine for industrial and medical imaging applications. It offers fast scanning speeds and high sensitivity, combined with accurate imaging capability, making it an ideal choice for a wide range of applications. It is also exceptionally dose efficient, making it an economical choice for long-term use.