Digital twins
We transform complex diagnoses into surgical certainties through high-fidelity digital models
Modern pre-surgical digitalization
The evolution of diagnostic imaging
Digital twins allow for total immersion, where medical data is transformed into a tool for real-time prediction and planning.
Nexus, the window to the digital twin
Nexus is the leading ecosystem for high-precision surgical planning and digital twins, optimizing pre-operative diagnostics.
Our platform facilitates the creation of 3D anatomical models and clinical decision support, enabling surgeons and public hospitals to achieve a new standard in personalized surgery and patient safety.
Exploration and interactivity
Unlike conventional 3D reconstruction, our platform enables bidirectional interaction. Professionals can navigate through organs and complex structures using dynamic axial slicing, allowing them to observe the exact spatial relationship between pathologies, vascular networks, and healthy tissues.
How does our platform work?
Data upload
The process begins by uploading anonymized DICOM studies (CT or MRI) to the Nexus platform, a cloud-based management that eliminates bureaucracy and streamlines the case.
Digital twin processing
We generate an exact and interactive digital replica of the anatomy that allows a deep understanding of the pathology before acting.
Validation and comparison
Through the viewer, the surgeon can superimpose the 3D model with the original images. This visual validation guarantees the fidelity of the digital twin to measure margins and distances with total safety.
Planning and simulation
With the validated model, the medical team can rehearse approaches in an immersive virtual environment.
Diagnostic precision tools
Nexus offers a suite of advanced tools designed for the comprehensive validation of every clinical case
- Real-Time 1:1 Comparison
- Integrated 2D/3D DICOM Viewer
- Resection Margin Simulation
- Dynamic Sectioning Tools
- Biomechanical Calculation and Measurement
- Layered Tissue Segmentation
- Annotation and Marker Management
- Export to VR / Physical Environments
Frecuently Asked Questions
We primarily work with DICOM protocols from CT, Magnetic Resonance Imaging (MRI), or CBCT scans. Our platform processes this data using advanced segmentation algorithms to transform them into three-dimensional models with sub-millimeter precision.
We have developed a proprietary platform that enables the simultaneous visualization of original medical images (CT/MRI) alongside the 3D model. The viewer offers interactive tools to perform dynamic axial slicing, layered segmentation, and anatomical divisions in real time, facilitating surgical planning from any device.
Absolutely. We prioritize privacy above all else. Our system is designed so that Flamingo never accesses the patient’s actual identity. We only receive the anatomical volume required to create the Digital Twin, identified via an internal code and subject to the hospital’s prior consent.
We collaborate with a multidisciplinary spectrum including high-complexity hospitals, specialized surgeons, veterinary clinics, medical device companies, and R&D hubs. We adapt the level of detail and Digital Twin functionality based on whether the objective is surgical planning, product testing, or clinical research.Yes. Our technology allows for differential modeling. We can isolate tumor lesions, vascular malformations, or fractures, assigning them unique visual properties (colors, opacities, or textures) so the clinical team can study the spatial relationship between the pathology and surrounding critical structures.
Yes. Our technology allows for differential modeling. We can isolate tumor lesions, vascular malformations, or fractures, assigning them unique visual properties (colors, opacities, or textures) so the clinical team can study the spatial relationship between the pathology and surrounding critical structures.
For research centers and device companies, we act as a technological partner in biomechanical validation. We provide digital and physical models that allow for the testing of prosthetics, surgical tools, or new materials on exact anatomical replicas before entering clinical trial phases.
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