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Now the performance your practice demands also fits your budget. We’ve taken proven, advanced Philips technologies and put them into Access CT for enhanced diagnostic confidence, at an attractive total cost of ownership. -
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CT Big Bore is designed as a CT simulator to meet the needs of radiation oncology, focusing on accuracy, patient positioning, imaging performance, and intuitive workflow. -
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Incisive CT helps you meet some of your organization’s most pressing challenges. Philips Incisive CT offers intellect at every step, from acquisition through results, and across all fronts: financial, clinical and operational. Like never before, operator and design efficiencies come together for wise decisions from start to finish. -
The Philips Ingenia Elition solution offers cutting-edge MR imaging techniques, while setting new standards for clinical research in 3.0T imaging based on gradient- and RF designs. The Ingenia Elition delivers on superb image quality, and performs MRI exams up to 50% faster¹. Fast overall exam-time is achieved by improving patient handling setup time at the bore with the touchless guided patient setup, combined with accelerations in both 2D- and 3D scanning. Furthermore, the Ingenia Elition offers an immersive audio-visual experience to calm patients and guide them through MR exams. -
Support your clinical decisions by leveraging our imaging solutions built on proven dStream digital broadband technology, present in over 2000 installations worldwide. Accelerate patient throughput with a simplified Breeze Workflow. An intuitive user interface enhanced by highly guided and standardized examination procedures helps you perform routine MRI exams from day one. And with low installation and siting expenses, continuous uptime support and easy upgrades, you can continue to enhance your possibilities.
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No longer do you have to choose between viewing anatomical structures and identifying material composition. Philips IQon, the world's first spectral detector-based CT, lets you do both with in-depth spectral information on demand and retrospective analysis, at low-dose. -
