Claris V

The World's First Pet-friendly 3D CT/X-Ray Scanner

Claris V is the most recent innovation in our CT product offerings. This cone-beam CT is focused on minimizing patient x-ray dose while maintaining exquisite image quality. The result is a low-dose CT machine that delivers an easy-to-use interface and high patient throughput, along with performing advanced cardiac imaging, and a wide variety of post-processing and diagnostic operations. An image acquisition, annotation, and manipulation workstation are included with every Claris V, featuring the XC acquisition and Clarity Viewers software suite, rich in diagnostic tools for better patient care. Claris V is an economically sound, advanced imaging solution designed to provide your practice with a full CT imaging suite capable of replacing most traditional X-Ray setups.

The Claris V cone-beam CT captures diagnostic studies utilizing an advanced Cesium detector, providing the functionality of a traditional x-ray room along with the added capability of Fluoroscopic and CT imaging. With its Cesium Sensor Technology, chest, cranial, dental, and orthopedic studies are available through one streamlined workflow. Claris V’s low-dose tomosynthesis modality provides low dose studies and high patient throughput. With Claris V it’s easier than ever to expand your vet clinical care with an all-in-one solution.

By using Cesium Sensor Technology, the Claris V can output amazing, complete chest images at an astonishing 17” by 17” field-of-view. This allows the Claris V to assist in the early detection of cancerous nodules. The result is a streamlined, all-in-one cone beam CT machine that addresses emergency care, surgical planning, and general diagnostic imaging needs.

Traditional flat panel detectors have a limited field-of-view and can miss vital anatomical information, the Claris V captures more important diagnostic image data in a single exposure with its large-format 17X17 inch sensor. Cesium Sensor technology reduces dose and improves CT resolution at very high frame capture rates, reducing movement artifacts, and improving patient outcomes.