Magnetic Resonance
MR Smart Workflow
Automated patient-centric MR workflow powered by AI
Support your staff with a workflow solution that allows them to focus less on technology and more on the patient while achieving high productivity. Philips MR Smart Workflow is an end-to-end workflow solution that simplifies MR exams at every stage of the process. It takes advantage of AI technology to guide and coach technologists where needed and automate where possible.
Philips MR Smart Workflow
Perform MR examinations with ease
Take advantage of AI technology to guide and coach technologists where needed and automate MRI procedures where possible with MR Smart Workflow.
Demonstrated results in MR Smart Workflow
Patient-centered productivity
MR Smart Workflow assists technologists at every step to perform MR examinations with ease. They are in control of their day, by allowing them to plan a complete day ahead on the console. Patient set-up is supported by on-system guidance and automation, resulting in seamless patient preparation. Finally, the workspace set-up in the control room is equipped with an intuitive interface and smart planning tools that help to achieve fast and consistent results.
Perform MR exams with confidence and ease
- In control of your day by giving full visibility and control over the daily schedule.
- Efficient patient preparation with visual guidance and AI supported automation.
- Deliver fast and consistent results with AI tools and automated planning.
Automated where possible, assistance where needed
- Pre-enter patient info to plan your day
- Step-by-step MR Conditional implant parameters entry
- Alerts for patient conditions & schedule changes
- Fast, easy coil positioning
- Automated iso-center positioning
- AI-detected patient breathing
- One-touch exam start at patient side
- Exam starts when the door closes
- AI suggests optimal protocols for consistency
- Fully automated geometry planning, coil element selection and execution of exams
- Streamlined patient announcements and instructions
- Integrated post-processing with guidance and automation
Image gallery
- Enter patient information in advance to plan a full day ahead of time
- Step-by-step guidance for entering MR Conditional implant parameters
- Receive alerts on patient conditions and schedule changes
- Visual guidance on patient set-up
- Fast and easy coil positioning
- Patient automatically sent to iso-center
- AI detected patient breathing with VitalEye
- Start the exam with a single touch
- Exam starts as soon as the door closes
- Protocol Assistant suggests the most used protocol to deliver consistency
- AI guided geometry planning and execution of complete MR exams
- Streamlined patient announcements and instructions
- Integrated post-processing with guidance and automation
The entire workflow is smooth: patient positioning and set-up; launching the scan as soon as we leave the exam room; the intuitive touchscreen on the gantry; Touchless patient sensing... All of these things are much better than on our old system.
Laura Barlow, RTMR
MRI Technologist Supervisor
University of British Columbia, Vancouver, Canada
Enabling technologies
AI-based MRI acceleration software that increases speed and image quality to enhance productivity and boost diagnostic confidence.
Footnotes
- < 1 min patient set-up for routine exams, based on in-house testing. Results may vary.
- Compared to Philips conventional (belt-based) triggering method. Based on survey from 9 technologists in SCM IRM Belledone.
- SmartExam is not available to patients with MR Conditional Implants..
- AV procedures performed by volume on console vs a workstation 30% less time compared to a workstation.
- Only for use with MR Safe or MR Conditional Implants by strictly following the instructions for use.
- The addition of step-by-step guidance and automation of routine and complex post-processing applications can now be performed by the technologist on the console, saved via bookmark functionality, and handed off to the radiologist, which reduces time to results.
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.