Description

The X-ray tube design supports continuous cooling and provides up to 50% longer service life due to the wear resistance of its components. The Philips CT 3500 computed tomograph offers operational reliability, speed, and workflow accuracy — what truly matters in high patient throughput conditions.

Features:
Precise Image: deep learning neural network-based reconstruction
Image reconstruction using a deep learning neural network provides up to 80% dose reduction with simultaneous noise reduction of up to 85% and improved pathology detectability of up to 60%. Another undoubted advantage is fast image processing — for most protocols it takes less than a minute.

Precise Position: software and hardware for automatic patient positioning and scan range determination
Inaccurate positioning is a common problem faced by radiology departments with a large number of examinations per shift. It leads to image artifacts and increased radiation dose. The Precise Position software and hardware solution helps avoid incorrect positioning. A special camera on the ceiling suspension recognizes the patient’s position by 13 anatomical points and also performs vertical centering (depth determination and alignment with the isocenter). This minimizes the actions of the radiographer while reducing patient positioning time by 23%.

Precise Intervention: optimization of CT-guided interventional procedures
Precise Intervention is used for conducting interventional examinations under CT guidance and provides automatic analysis of the needle trajectory, construction of the needle path from the entry point to the target, and display of the scan in the corresponding plane, as well as calculation of depth, angle, distance to the target, and deviation from the trajectory. In addition to Precise Intervention, touch panels on the gantry allow some settings to be performed directly from the procedure room, providing additional flexibility.