Connecting physical objects
to digital code

Leveraging the power of your 3D models is what Physna is all about. Using proprietary algorithms and advanced geometric deep learning technology, Physna codifies 3D models into detailed data that is understandable by software applications. By enabling 3D models to be treated and analyzed like other code, Physna’s technology bridges the gap between the physical world and digital world of software. Our geometric deep learning technology powers innovation in manufacturing, 3D printing, augmented reality and virtual reality.

Geometric deep learning
for data rich models

Physna stands for “Physical DNA”, a nod to our proprietary algorithms that interrogate models to show all model characteristics. Physna analyzes CAD models and creates a codified representation of the model, or the “Physna DNA” of that model. This digitized model allows Physna to show the detailed differences and similarities between models, even incomplete models or models with different file formats. This process makes Physna faster and more accurate than shape search engines, and helps to preserve data integrity. With a simple interface, anyone on the team can view 3D designs.

see features

Powering engineering
and design teams

Studies show that engineers spend up to 50% of their time searching for models and designs, and redesigning existing models. By helping engineers to quickly find and reuse models, providing detailed model specifications, and empowering them with AI predictions and recommendations, Physna saves hundreds of engineering hours each year.

Physna finds models within seconds based on geometry, metadata information, and AI-powered recommendations. Learn how Physna can save your engineers hundreds of hours each year.

learn more

Industries we work with

Aerospace
Healthcare
Defense
Automotive
Industrial Machining
Healthcare
Defense
Automotive
Industrial Machining

Ready to experience
Physna’s powerful
technology?

request a demo