allows you to automatically and
easily reconstruct 3D models from photos.
The process is completely automatic and no coded targets, manual editing or special equipments are needed. 3DF Zephyr is built on top of our proprietary, cutting-edge, reconstruction technology.
3DF Zephyr comes with a user friendly interface, and the possibility to export in many common 3D formats or even to generate high definition videos without the need of external tools. 3DF Zephyr is the perfect tool for modelling from reality.
3DF Zephyr has already been successfully employed on a wide range of application such as:
- UAV and Aerial Mapping for orthophoto generation
- Architectural modelling
- Close Range Photogrammetry and Archaeology
- Vehicle Collision Analysis
- Innovative commerce and marketing solutions
- 3D Modeling from reality for the game industry
- Dental 3D reconstruction
- Full body scanning
- Health-care prosthesis and face reconstruction
3DF Zephyr comes in two flavours, Lite and Pro: while 3DF Zephyr Pro is the full featured version with an extensive toolset used to maximize productivity for photogrammetry professionals, 3DF Zephyr Lite is the perfect personal solution for artists, freelance and starter users.
3DF Zephyr’s license is straightforward with no hidden fees or recurring plans.
Ready to try 3DF Zephyr? Want a tour? Click here to read our “getting started” tutorial!
3DF Zephyr is built on the top of 3DF Samantha and 3DF Stasia: our leading, traceable, academically recognized, in-house built technologies. We are very proud of the technology behind our product as it is a result of many years of research and development. The research behind the product has lead to many academic publications on top-tier Computer Vision Conferences. Our technology is completely transparent and traceable and it is recognized as one of the most effective and innovative.Every pixel counts in our reconstruction engine. Our technology makes use of every single image pixel to give the most accurate solution as possible. To make this possible, we use an efficient out-of-core mechanism for computation.