Philips Brilliance 64 CT-Scanner

Brilliance CT 64-channel configuration
Expand clinical boundaries in cardiac, pulmonary, trauma, and pediatric imaging.
DoseWise design focuses on lowering radiation dose for patients and staff.
Acquire 40mm of coverage in every rotation with submillimeter isotropic accuracy.
Best-in-class reconstruction speeds using 3-D cone beam reconstruction.
MRC X-ray tube eliminates waiting times between scanning sequences.

Technical Specifications
The Philips MCR X-ray tube now includes a Segmented Anode,
Smart Focal Spot and Spiral Groove Bearing.
The Segmented Anode provides improved reliability for short high power scans
and rapid cooling. The Smart Focal Spot employs a dynamic focal spot to
increase spatial resolution. The Spiral Grooove Bearing provides an
extremely stable focal spot required for high resolution imaging.
NanoPanel tile detectors are also part of the image quality equation.
Their miniaturization improves signal-to-noise ratio resulting in noticeably crisp,
clear images. When coupled with the new SmartSpot X-ray tube, spatial resolution
can be as high as 24 lp/mm in ultra high resolution mode.
The RapidView Reconstruction features true 3D Cone Beam Reconstruction (COBRA), Adaptive Multi-Cycle Reconstruction, Ultra High Resolution Matrices and the Intel Quad-Core Processors. COBRA provides a solution to poor reconstruction assumptions
with large collimations. For cardiac imaging, Adaptive Multi-Cycle optimizes the
temporal resolution of every voxel in the dataset.
Ultra High Resolution Matrices supports the reconstruction and visualization of
datasets up to 24 lp/cm. Finally, the new Quad-Core processors, along with
the Philips exclusive 3D back projection board, enable reconstruction of
75% of factory protocols in under one minute.
SafeCT Low-dose Solution
40mm of Thin-Slice Coverage
Large Bore CT
64 x 0.625mm Detectors
Cardiac imaging
8.0 MHU MRC Tube
4D Angio Volume
UltraImage Image Isotropic Resolution
60 kW High frequency
High-Voltage Generator
Ultra-High Resolution,
Dynamic Focus System