Advanced Surgical Planning & Visualization AI
BrugOne is our state-of-the-art AI model that transforms medical imaging data into interactive 3D models, enabling surgeons to plan procedures with unprecedented precision and confidence.
Discover the Power of AI BrugOne
Our latest advancement in 3D virtual modeling revolutionizes surgical planning with AI-driven precision and intuitive visualization tools.
Experience cutting-edge AI-driven 3D model creation with unprecedented detail
Enhanced accuracy in identifying tumors, vessels, and critical anatomical structures
Interactive visualization tools that respond to your specific clinical needs
Simply upload your DICOM files through our secure platform for instant 3D rendering
AI BrugOne leverages deep learning to automatically highlight critical surgical areas
Customize views and annotations to match your specific surgical approach
Boost surgical precision with high-definition 3D models that reveal critical details
Reduce planning time by up to 60% and lower operational costs significantly
Improve patient understanding of procedures
Detailed Features
Transforms 2D medical imaging data into detailed, interactive 3D models in under a minute, allowing surgeons to visualize patient anatomy from any angle.
Automatically identifies and color-codes different tissue types, highlighting critical structures like blood vessels, and pathological tissues with high precision.
Suggests optimal surgical approaches based on patient-specific anatomy, helping surgeons identify the safest and most efficient routes to target areas.
Analyzes potential complications and risks based on the planned surgical approach, providing quantitative risk scores to inform decision-making.
Reduces surgical planning time compared to traditional methods, allowing medical professionals to focus more on patient care and less on technical preparation.
Lowers operational costs through more efficient planning, reduced OR time, and decreased need for intraoperative imaging, resulting in significant savings for healthcare providers.
How BrugOne Compares
| Traditional 3D Solutions | BrugOne AI | Competitor Solutions | |
|---|---|---|---|
| Processing Time | Minutes But with limited differentiation capabilities | Seconds Fully automated AI-based processing | 72 hours Manual or semi-automatic segmentation |
| Segmentation Technology | HU-based only Cannot differentiate structures with similar values | Neural networks AI Voxel-by-voxel analysis for detailed anatomical structure recognition | Manual or semi-automatic Segmentation based on HU |
| Differentiation Capability | Very Limited Identifies only three main structures (bones, arteries, contrast-enhanced urine) | High Recognizes adjacent structures with similar HU values (veins, renal parenchyma, sinus fat, cysts, tumors) | Limited Can distinguish only a few structures based on contrast |
| Reliability in Surgical Planning | Low Does not allow detailed vascular and critical structure analysis | High Advanced precision for preoperative visualization and analysis | Moderate Requires operator expertise for segmentation |
| Surgical Path Planning | Free or low cost But with extremely limited functionality | Low cost Fully automated processes, reducing time and errors | High cost Manual or semi-automatic work, up to €1,000 per reconstruction |