The Infinix VC-i is a cutting-edge vascular imaging system fitted with a ceiling-mounted arm to enable all-round patient access. Offering both high-definition fluoroscopy images and DSA images, it possesses the powerful capability for examination and interventional radiology (IVR) of the head, abdomen and lower limbs. The system offers improved examination throughput and aids in advanced treatment. The Infinix VC-I is also equipped with a state-of-art Large Field of View Flat Panel Detector (LFOV-FPD). With this innovative FPD covering the whole body area with high resolution, the modality supports intervention with enhanced efficiency.
Comprehensive imagingsystem for cardiac and peripheral procedures
The versatile dual-track, ceiling-mounted C-arm of the Infinix VC-i ensures head-to-toe and fingertip-to-fingertip coverage for diagnostic and interventional procedures. Its innovative features help boost room utilization, increase patient throughput and elevate today’s standard of care.
Superior imaging capabilities
The 12" x 16" flat panel detector is designed for low-noise, high-resolution fluoroscopic imaging. With four selectable fields of view, the operator can optimize the view based on anatomical region, and with imaging at up to 30 fps, the optimum fluoroscopic image for interventional exams is achieved.
Anatomical coverage wi thout compromise
Head-to-toe, fingertip-to-fingertip coverage sets a new standard for patient access. Direct right-left coverage enables a convenient radial approach and easy imaging of off-center anatomy.
Sequential Navigation
Infinix VC-i is equipped with Sequential Navigation. For physicians to quickly “navigate” through an exam (e.g., coronary, carotid, renal or runoff), Infinix VC-i executes the preferred angles, projections, and acquisition parameters, all from memory. One touch of a button is all it takes 
to navigate through the routine settings for each exam type. Of course, operators have the freedom to change any parameter throughout the procedure without disrupting Sequential Navigation.
Dose-reduction technology
Toshiba’s unique tantalum filtration dramatically reduces absorbed patient dose and radiation scattered back to the operator. Tantalum reduces dose much like copper does, but offers a superior signal-to-noise ratio, which translates to improved image quality.
With the touch of a button, the operator can choose from four pre-programmed fluoroscopy modes. Different combinations of pulse rate, dose level, and image processing parameters optimize various study protocols.
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