Redefining the limits of personalized surgery
High-precision surgical planning
We provide biotechnology solutions that optimize surgical planning, ensuring more accurate diagnoses and smoother surgical procedures for the well-being of every patient.
Interact with the 3D model
Trusted by
DIGITAL TWINS
Advanced surgical planning tools
Nexus, a new ecosystem for surgical planning designed to anticipate every step in the operating room. We perform ultra-precise reconstructions from DICOM data for deep functional analysis.
- Personalized Oncology Simulations
- Pressure and Velocity Calculations
- Predictive Modeling
- Anatomical fidelity at 10-micron resolution
BIOMODELS
Custom biomodels in surgical planning
Biomodels allow us to physically bring a highly accurate replica of the patient into the operating room, offering the possibility to simulate the procedure on it beforehand, enhance communication between the specialist and the patient, and assist in selecting the appropriate surgical material prior to surgery.
- Exact replicas of bone and vascular structures
- Millimetric adjustment for custom guides and implants
- Reduced surgical time and cost optimization
- Increased safety and predictable outcomes
SIMULATORS
Surgical simulators for anticipating medical scenarios
We validate medical strategies through data. By simulating the body’s behavior during surgery, these tools ensure that the chosen solution is the best fit for each patient’s specific anatomy.
- Accelerated learning curve
- Anticipation of critical scenarios
- Muscle memory and haptic immersion
- Access to rare and complex cases
3D BIOPRINT
Cellular models for pathology research
By manufacturing our own equipment with 5 cell deposition techniques, we can replicate specific pathologies with micrometric precision. This accelerates biomedical research and the study of complex diseases, providing tangible models for medical innovation.
Custom bioink formulation
We develop biomaterials to encapsulate cells viably and precisely, enabling the replication of diverse tissues and pathologies.
Microstructural mimicry
Automated layer-by-layer deposition to replicate the porosity, vascularization, and mechanical properties of soft tissues and specific pathologies.
ARTIFICIAL INTELLIGENCE
Optimization and detection in medical imaging
Our Artificial Intelligence algorithm, Core AI, was created exclusively for image data extraction using radiomics and super-resolution techniques. We automatically correct artifacts that can hide pathologies, facilitating a more precise diagnosis.
- 6x resolution enhancement
- Fewer and more precise tests
- Improvement of corporate databases
- Access to rare and complex cases
Adapted to the specific needs of every hospital, we are committed to optimizing workflow and prioritizing patient safety
High-Precision Excellence
Nuestra tecnología alcanza una resolución de 10 micras, capturando la micro-vascularización y texturas críticas
Predictive Analytics
Our Nexus platform utilizes advanced models to segment and interpret DICOM data with crystal-clear clarity
Expert Technical Support
We provide expert technical support, ensuring each model and simulation delivers peak value for complex surgical cases
Digital Integration
Designed for agile implementation within hospital networks, facilitating automated image transmission and 3D model visualization
Minimizing risks, maximizing outcomes
Reduced Procedure Times
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Cost Reduction
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More Accurate Diagnostics
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Awards and recognitions
Beyond words, our work is endorsed by leading organizations and foundations These recognitions validate our social impact and our ability to transform ideas into successful realities.
