Flowgy integrates the latest advancements in computational fluid dynamics and virtual deformation technology of anatomical structures into a single tool, designed modularly to adapt 100% to the needs of your project
After years of research and development in collaboration with the Universidad Politécnica de Cartagena (Spain), we created Flowgy to address the growing need for functional and affordable tools for studying and researching airflow behavior in anatomical structures.
Automatic alignment of multiple CT scans to ensure all anatomical structures remain in the same position for optimal analysis.
Supports concurrent, linked viewing and automatic segmentation of multiple images.
Compatible with DICOM, NRRD, and STL format reading and writing.
2D and 3D surface deformation tools (superficial and volumetric) synchronized with CT scans.
Removal and/or creation of solid or air material using various 2D and 3D surface deformation methods.
Endoscopic and first-person views of the 3D model.
Automatic generation of computational and volumetric CFD meshes for anatomical structures.
Automatic detection and closure of holes and intersections in surface and volume elements.
Computation of curvatures and thicknesses, along with layout tools for defining and managing boundary conditions.
Real-time visualization of the CFD solution and residuals convergence during flow simulation.
Supports various flow types, including laminar, turbulent, compressible, inspiration, and expiration.
Visualization of flow fields (velocity, WSS, temperature, pressure, mass flow, etc.) and streamlines.
Generates PDF reports in just a few minutes.
You decide what information (images, graphs, comments, etc.) to include in the report.
Generate unlimited reports with the information most relevant to you.
We developed and designed Flowgy with a focus on usability and efficiency, simplifying complex computations to a single click and automating technical processes to drastically optimize workflow times.
Everything you need to perform CFD analysis is combined and integrated in a single tool.
Designed modularly to adapt fully to your needs.
Create or modify existing surfaces without compromising the mesh integrity.
Generate computational and volumetric meshes with over 10 million polygons in just seconds.
Integrate Flowgy or any of its modules into your workflow effortlessly, thanks to Flowgy’s open-source foundation.
Seamlessly work with segmentations or 3D models generated using other software within Flowgy.
Combine 2D and 3D workflows to suit your needs.
Designed, developed, tested, and used by medical researchers and CFD engineers.
Quickly learn how to use Flowgy Innovation with the valuable free content we provide.
At Flowgy, we believe that unrestricted access to cutting-edge technology empowers people to work more efficiently and effectively, in any environment and at any level.
"Flowgy Innovation allows me to perform an interactive 3D and virtual reconstruction of fossil anatomical structures related to the respiratory system and their functional simulation. It is a powerful software, and potentially useful for paleontological applications, with versions that are constantly being upgraded and improved."
In recent years, Flowgy Innovation has played an essential role in various studies across diverse scientific fields, ranging from otolaryngology and anthropology to robotics and product design.
Analyse the respiratory system of Neanderthals by reconstructing, from fossils, their nasal cavities and different organs of the respiratory system.
Research and improvement of processes related to nasal blockage, the nasal cycle, septal deviation, and septal perforations.
Research and analysis of other biological flows in various anatomical structures.
Research and development of a robotic structure to simulate virtual surgery.
Research into the correlation between otitis and nasal obstruction.
Research on the probability of stroke.