Seamlessly integrate research scans with clinical workflow in a unified protocol and simple interface.
Throughput is important, but your research is too. Get both by integrating research scans into our automated workflow, with integrated reconstruction and real-time feedback.
Turbocharge
your research
Produce world-class research results in record time
using the same AI-driven engine as Vista AI Scan
Unify Your Research
with Clinical Workflow
Create Pulse
Sequences
Implement Advance
Reconstructions
Integrate 3rd Party Devices
and Multinuclear Imaging
Integrate Deep
Learning Algorithms
Get Real-Time
Feedback
Integrated Research Scans Without the Extra Steps
Graphical pulse
sequence design
Pulse sequences are designed in SpinBench™, a GUI-based design tool. Rapidly create complex sequences from an extensive library of building blocks, or code your own blocks to implement your unique contribution while leveraging inbuilt blocks for all the rest.
Once graphically coded, drop the sequence into RTHawk Research and watch it play on the scanner.
Advanced
Reconstruction
When you’re developing advanced reconstruction pipelines, you need powerful building blocks. RTHawk Research’s reconstruction engine is data-driven and processes the data stream in real-time.
NUFFT, Parallel Imaging algorithms, deblurring, and MRI-adapted machine-learning algorithms are all available out of the box.
Integrated
MRI Simulation
Fully featured scanner simulators let you design and test new applications without wasting valuable MRI scanner time.
Success Stories
Leading institutions like Stanford, UCSF, USC, Wisconsin, and University of Toronto Sunnybrook are using RTHawk Research to develop apps that support a broad range of MRI research initiatives.
Catheter Tracking
Stanford University
MR-guided Convection Enhanced Delivery
University of Wisconsin – Madison
Real-time Analysis of Movement
Stanford University
MR-guided EP Ablation
Sunnybrook Health Sciences Centre
RTHawk Research is intended for investigational use only under appropriate ethics committee research protocol approvals.