Philips Brilliance CT 16-slice MSCT system with gantry rotation times down to 0.375 s have improved spatial and temporal resolution.,while examination times have been considerably reduced: the entire heart volume can be covered with sub millimeter slices in 15-20 s. The 16 slice system have been used to establish ECG triggered or ECG gated MSCT examinations of the heart and the coronary arteries in clinical practice. Detection and characterization of coronary plaques, even in the presence of severe calcifications benefit from the increased robustness of the technology.
The Philips Brilliance CT 16-slice settings is a complete, high-performance program ideally suited to program CT studies, CTA, and sophisticated motion-sensitive applications such as CT colonography as well as pulmonary studies.
Along with fast reconstruction along with a range of automated resources to set up patients as well as manage scans, Splendour CT 16-slice can help you make the most of every day. The system also includes a variety of thoughtful features to assist maximize dose effectiveness
Brilliance CT 16-slice system offers:
- High-quality imaging, fast reconstruction, task automation, and evolved ways to minimize radiation dose
- Scan times of 0.4 sec* full gantry rotation, temporal resolution as low as 53 msec, and reconstruction rates of up to 20 ips*
- Rate Responsive* technology for advanced cardiac imaging, including calcium scoring, as well as retrospective and prospective gating
- Patented MRC X-ray tube to provide necessary heat capacity for longer scan times, enabling thin-slice imaging
- Spiral Auto Start*, which allows you to monitor contrast injections and initiate and stop scans without having to leave the scan room
- Philips DoseWise approach for optimal dose efficiency to help protect your patients without compromising image quality
- The only CT user environment developed especially for multislice CT
- Comprehensive support for you in every phase of system ownership
Estimation Price
Used price : $195,000.
New Price : NA
Sample of Imaging result
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