Sharper Images.
Faster Scans. Higher ROI.
The Universal Standard of Veterinary Imaging
ROI built into every scan
For veterinary practices:
- CT-level imaging access: Closing the CT quality gap with a low CBCT investment
For teleradiology company:
- Additional CBCT readings: Up to 10% additional CBCT readings with HawkCBCT
Low dose acquisitions maximize efficiency
- Extend tube life span by 2 – 5+ years: Reducing radiation extends tube lifespan saving up to $20,000 in replacement costs
- Reduce iodine contrast volume: Use 20–50% less contrast agent while maintaining diagnostic image quality
- Eliminate tube overheating: Lower doses reduce tube overheating increasing staff efficiency and workflow
Faster acquisitions result in significant savings
- Up to 50% faster acquisitions
- Up to 50% lower anesthesia consumption: Shortening acquisition time reduces anesthesia requirements and procedure costs
- Up to 200% higher SNR: Improving image quality reduces repeat scans
Clinical Values
Elevate clinical excellence
Original image
Enhanced with HawkCBCT
Low dose
kVp= 130 / mAs= 52
Normal dose
kVp= 130 / mAs= 104
Lower dose + HawkCT
kVp= 130 / mAs= 52
Original image
Acquisition time: 05:00
Accelerated image +
Enhanced with HawkAI
Acquisition time: 02:30
*SNR= Signal-to-Noise Ratio
When AI is trained on animal data
When AI truly understands animal anatomy, image quality speaks for itself
Our model has been trained on a clinically representative animal dataset, thus
significantly improving its capacity to preserve small anatomical structures compared to other models trained on human datasets.
Human AI image
Original image
HawkAI image
Providing better quality results while maintaining high-fidelity, and without any hallucinations or modified details.
Human AI image
Original image
HawkAI image
Unique veterinary protocols expertize
Our team optimizes MRI protocols to enable significantly faster scan acquisition. HawkCell’s deep learning model then enhances the accelerated scans, delivering high-quality images with reduced scan times.
We optimize MRI protocols for faster scans. HawkCell’s deep learning enhances every acquisition to deliver high-quality images in less time.
Original image
Acquisition time: 05:00
Accelerated image
Acquisition time: 02:30
Accelerated image +
Enhanced with HawkAI
Acquisition time: 02:30
A plug and play solution
Elevate MRI performance in one click with HawkAI.
HawkAI pushes MRI beyond conventional limits. Our non-diagnostic AI, trained on animal data, accelerates acquisition while delivering exceptional image quality with striking precision.
Command smarter imaging with HawkCT and HawkCBCT.
HawkCT reduces radiation/injection dose (for CT), lowers operational costs, and unlocks sharper soft tissue contrast with a solution engineered to maximize clarity, efficiency, and control.
HawkCBCT closes the gap with CT image quality, enhances soft-tissue visualization, and improves workflow with a solution engineered to maximize quality, speed, and control.
Unlock shorter anesthesia time and reduce risks with HawkSpine, our proprietary animal positioner.
Our portfolio will soon be complemented by animal-dedicated spine coils.
Access to HawkExpertise, our unique expertise to leverage the full potential of your MRI, whether at your premises (competency center) or remotely. We provide on-site training support, protocol optimization, and remote MRI scanning solutions.
Our customers' stories: trust, value, and impact
With us, veterinarians are trailblazing the future of healthcare
Optimize your CBCT, CT and MRI with HawkCell
HawkAI for Veterinarians
Maintains contrast and increases spatial resolution while reducing noise. HawkAI is compatible with all MRI manufacturers and systems, integrating securely with VPN via cloud-based connections. Trained on 50,000+ real paired MRI images, it offers higher precision and robust denoising performance, independently validated by key opinion leaders in the industry.
HawkProtocols
Get access to 100+ fully standardized MRI animal specific protocols for any patient size and coil configuration, developed with over a decade of research in collaboration with board-certified experts. Based on ACVR and ECVDI recommendations, our protocols are designed for all applications: such as neurology, internal medicine, orthopedic.
