Royal Philips , a global health technology company, today announced the launch of SmartSpeed Precise (ARTG 485786), its latest AI-enabled magnetic resonance imaging (MRI) software solution, recently included in the Australian Register of Therapeutic Goods of the Therapeutic Goods Administration (TGA).
SmartSpeed Precise is designed to support radiology workflows by helping to reduce MRI scan times while delivering high image quality. The software uses artificial intelligence (AI) during image reconstruction and can be installed as an upgrade on Philips MRI systems.
One out of three healthcare professionals in Australia are losing valuable clinical time with patients due to increasing administrative demand3. SmartSpeed Precise addresses this by accelerating the scanning process, enabling clinicians to scan more patients when clinically appropriate.
“SmartSpeed Precise allows us to bring AI-enabled MRI technology to radiology departments across Australia,” said Allen O’Connell, Imaging Business Manager, Philips Australia and New Zealand. “Findings from the Future Health Index 2025 report show that while clinicians are optimistic about AI, they want solutions that integrate seamlessly into their daily workflow4. By reducing scan times and improving image quality, we are giving clinicians time back to focus on the patient.”
Dual AI designed to support speed and image clarity
SmartSpeed Precise builds on Philips’ long-established experience, with the application of AI into clinical practice. This is done by using two AI models that work together, one dedicated to de-noising and the other to image sharpening, helping to process MRI data more efficiently during image reconstruction.
In certain imaging applications, the technology may enable MRI scans to be completed up to three times faster5 , while providing improved image clarity of up to 80%6 compared with conventional reconstruction methods.
These capabilities may help radiology departments address increasing demand for MRI services across Australia. Faster scans allow clinicians to see more patients, addressing wait times for specialist care. Clear images assist clinicians in visualizing anatomical structures across complex clinical areas such as neurology and oncology, improving diagnostic confidence.