DeepFoqus-AccelerateTM
AI-Powered MRI Reconstruction Software for Accelerated Brain Scanning


4X Faster Imaging
- Accepts up to 4x accelerated scans
- About a 75% reduction in scan time
FDA 510(k)
ClearedHealth Canada
Licensed
* Contact Foqus for regulatory status in your jurisdiction.
- 2D T1
- 2D T2
- 2D FLAIR
- 3D T1
- 3D T2
- 3D FLAIR












4X Faster Imaging
Accept up to 4x accelerated scans and reconstruct them to yield acceptable scans when compared to standard unaccelerated scans.
*The claim is based on the prospective studies we conducted with radiologists. Results in other cases may vary.14.0 min and 49.02 sec
78% Time Savings
14.0 min and 49.02 sec
increased throughput and revenue
DeepFoqusTM significantly boosts MRI throughput, improves patient experience, and drives higher annual revenue for MRI service providers.
Increased Throughput and Revenue with DeepFoqus
This calculation is for illustrative purposes only; actual results may vary in different clinical settings.* Operating time: 30 days/monthMinimal Changes to the Current Workflow
Designed to integrate directly with existing MRI scanners
— No additional hardware modifications or upgrades required.
DeepFoqus TM
MRI Machine
MRI Workstation
PACS Servers
Reading Images (by Radiologists)

MRI Compatibility
DeepFoqusTM is designed to seamlessly integrate with a wide range of MRI systems, ensuring compatibility and optimal performance. It supports a variety of MRI sequences, including both 2D and 3D scans, enabling tailored imaging protocols to meet specific needs.
Supported Scanners
- Common MRI scanners from major vendors used in clinical and research settings
- 1.5 Tesla scanners
- 3 Tesla scanners
Case Studies
Robarts Research Institute
The evaluation of the effectiveness of DeepFoqus-AccelerateTM for accelerated brain MRI scans.
Contact us for case study
testimonials
I am impressed with the image quality achieved by Foqus's AI reconstruction from 4X MRI scans. This solution has the potential to significantly improve the efficiency of MRI examinations without sacrificing diagnostic accuracy.
Connect with Us for More Information
