MEDLEA
Medlea develops patient-specific computational models and software for predictive lung health and multi-organ flow simulation. The company provides a browser-accessible digital twin for thoracic imaging and functional analysis, a multiphysics simulation engine for device–human and drug/particle transport modeling, and AI-driven analytics to support surgical planning, ICU ventilation optimization, and pharmaceutical research.
Industries
Nr. of Employees
small (1-50)
Products
WeResp (predictive digital twin)
A predictive lung digital twin that performs real-time 3D reconstructions, AI-derived biomarker extraction, ventilation and perfusion mapping, and longitudinal analysis for clinical and research use.
FlowLeap (multiphysics simulation engine)
A next-generation, modular simulation engine for segmenting, reconstructing and simulating complex flow dynamics across anatomical systems, with CAD interoperability and cloud/GPU deployment.
WeResp (predictive digital twin)
A predictive lung digital twin that performs real-time 3D reconstructions, AI-derived biomarker extraction, ventilation and perfusion mapping, and longitudinal analysis for clinical and research use.
FlowLeap (multiphysics simulation engine)
A next-generation, modular simulation engine for segmenting, reconstructing and simulating complex flow dynamics across anatomical systems, with CAD interoperability and cloud/GPU deployment.
Services
Predictive Digital Twin service
Browser-accessible digital twin for thoracic imaging that derives morpho-functional biomarkers, ventilation and perfusion maps, and supports longitudinal patient monitoring and clinical decision support.
Multiphysics simulation and virtual prototyping service
Simulation service using a modular multiphysics engine to model device–human interactions, drug/contrast transport and flow dynamics for device design, prototyping and pre-procedural planning.
Predictive Digital Twin service
Browser-accessible digital twin for thoracic imaging that derives morpho-functional biomarkers, ventilation and perfusion maps, and supports longitudinal patient monitoring and clinical decision support.
Multiphysics simulation and virtual prototyping service
Simulation service using a modular multiphysics engine to model device–human interactions, drug/contrast transport and flow dynamics for device design, prototyping and pre-procedural planning.
Expertise Areas
- Digital twin development for pulmonary systems
- Computational fluid dynamics and multiphysics simulation
- Imaging-based biomarker extraction and quantification
- Preoperative surgical planning and simulation
Key Technologies
- Patient-specific 3D reconstruction from CT/MRI
- Multiphysics simulation (air, blood, lymph, urine, particulates)
- Computational fluid dynamics (CFD)
- AI / machine learning for imaging biomarkers