
OUR PRODUCTS
Evolved far beyond the one-size-fits-all of today's mobile fluoro systems.
Simple yet state-of-the-art. Building upon the foundations of fluoroscopic imaging, PortaVision’s revolutionary mobile fluoroscopic systems are the industry’s first mobile fluoroscopic systems to address the technological limitation of current mobile C-Arm systems. Our breakthrough mobile fluoroscopic X-ray imaging technology make it quick, easy and affordable to bring fluoroscopy imaging to hospital intensive care units, patient bedsides, emergency rooms, surgery centers, imaging centers, and nursing home/home healthcare centers—environments inaccessible with traditional systems until now. The competitive advantage of these innovative mobile fluoroscopic systems stems from patented, game-changing technology that electronically ensures X-ray source to flat panel detector alignment both prior to and during bedside fluoroscopic procedures. PortaVision’s innovative mobile fluoroscopic X-ray systems will transform vision into reality by bringing the immeasurable value of mobile fluoroscopy X-ray imaging to countless fragile immobile patients who are underserved, and potentially compromised, by traditional systems. Use the links below to learn more about our individual machines, and their best use-case scenarios.

Virtual C-Imaging
Finally a True Portable Fluoro Upgrade Solution

Virtual C-Imaging is a stand-alone fluoroscopic acquisition system which displays C-Arm quality x-ray images. The system is designed to upgrade any radiographic system that allows the operator to select kV, mA, and exposure time. The radiographic system maintains all current radiographic imaging capabilities.
Virtual C-Handheld
Finally a True Portable Fluoro Solution

Virtual C-Handheld takes fluoroscopy where it has never been before and delivers C-Arm quality fluoroscopic imaging that reduce or eliminate the need to transport patients to a fluoroscopy system. The Virtual C - Handheld 1.6kW x-ray source offers the solution of providing both power and lightweight mobility.