MedAI Solutions
Bringing unique radiology AI innovations to Europe supporting faster diagnosis and treatment of patients
Welcome to MedAI Solutions
About Us
MedAI Solutions is at the forefront of integrating AI into radiology workflows across hospitals in Europe, making a tangible difference in patient care. Our solutions are designed to enhance workflow efficiency by improving scan times, upgrading legacy scanners and enabling healthcare professionals to diagnose conditions more quickly and accurately. We offer a wealth of experience, having worked with hospitals and healthcare providers for many years, and fully understand the challenges faced.
Products & Partners
Our Products
SwiftMR
ClariCT.AI
Carebot
SwiftMR
- SwiftMR is a deep learning-based MRI reconstruction solution that significantly reduces MRI scan times (by up to 50%), improving patient throughput and increasing operational efficiency.
- It integrates seamlessly with existing MRI machines, enhancing image quality without needing expensive hardware upgrades. It is also vendor neutral and simple to install.
- SwiftMR extends the life of legacy scanners, enhancing efficiency and patient flow through radiology pathways, supporting a more sustainable and cost-effective approach to medical imaging.
ClariCT.AI
- ClariCT.AI is an innovative vendor neutral CT denoising solution based on Deep Learning technology.
- It is compatible with all DICOM-compliant CT scanners and PACS systems.
- ClariCT.AI allows hospitals and providers to upgrade legacy scanners to cover all body sequences, and reduce patient radiation exposure, without compromising on image quality and clarity.
Carebot
- Carebot AI CXR transforms chest X-ray analysis, increasing detection success rates by up to 25%. The software shows what finding is detected, and where on the image it is located.
- Carebot CXR improves radiology workflow and allows for faster patient treatment and increased efficiency.
- Carebot integrates easily with existing hospital systems, making it accessible and practical for widespread use.