Diagnostic imaging

CT systems

CT that's made for the challenges of increasing workloads, clinical complexities and the need to deliver answers fast with greater clinical confidence

Whether you're leading with the speed of detector-based spectral CT or empowering your workflow with a comprehensive suite of AI-enabled advances in conventional CT, there's a Philips CT system that will help you enhance patient care while you're addressing your increasing workloads and range of clinical complexities. Improve image quality at even ultra-low dose levels. Gain operational ease with innovative approaches to service. Discover our range of CT systems that can help keep you ahead in radiology, cardiology, oncology, neurology, trauma, interventional radiology and radiation oncology.

CT software

Extend your team’s capabilities with CT software, including virtual imaging tools for remote collaboration, online education and training. Bring clarity and personalization in radiation oncology closer to the point of care with our versatile multimodality image platform for simulation and therapy planning.

Healthcare professional looking at a screen

Refurbished systems - CT Circular Edition

Philips CT Circular Edition systems support you in a variety of clinical applications. Each Circular Edition system is carefully selected and undergoes a rigorous refurbishment process to ensure its quality and performance are as good as new. Circular Edition systems are custom-configurable, and you receive the same warranty, service performance levels and training as with new Philips systems.

Enabling technologies for Diagnostic imaging CT systems

Detector-based spectral CT technology
Detector-based multi-energy technology, delivering clinical certainty, dose efficiency and targeted imaging, built on our legacy of CT innovation.
CT Smart Workflow
Philips CT smart solutions for a CT scan with AI-enabled tools and intelligent automation at every step to conquer your daily imaging challenges.

Disclaimer

Results are specific to the institution where they were obtained and may not reflect the results achievable at other institutions. Results in other cases may vary.