3D face models & reconstruction
We provide solutions for state-of-the-art face modelling and 3D personal avatar creation for professional applications.
The 4D Face Model
Create and reconstruct 3D face avatars from images or video footage, with our 4D Face Model, built from high-resolution 3D face scans. Use our technology to deliver tomorrow’s applications in health care, robotics, automotive safety, AR/VR, games and entertainment, marketing research, or whatever your domain might be.
Our best-in-class, physically accurate, full-head 3D morphable face model, with 36 expressions, built from hundreds of individuals.
Built on world-leading research
Our technology is built on leading academic research in the fields of computer vision and machine learning. For example, part of the technology was presented at the renowned SIGGRAPH conference in 2016 in Anaheim, California.
Who are we?
We’re a team of dedicated computer vision, machine learning and deep learning experts, specialised in 3D faces and everything around them. Our mission is to deliver robust and state-of-the-art solutions to customers, powered by our 4D Face Model, and working with clients so that they get the best out of their applications.
Learn more about the team on our About Us page!
Why choose us?
Our technology is backed by world-leading research and academic collaborations, and our products are constantly evolving. Our software is written in modern, clean, cross-platform C++14, making it a breeze to integrate, and also features native Python bindings, adding value to your products, no matter where in the development cycle you might be.
Contact us at info@4dface.io or use the form on the Contact page, we are happy to discuss your needs and outline possible solutions.
Latest News
16 December 2018
We are very excited to announce the official release of the 4D Face Model (4DFM) 2019. Read more in our announcement blog post!
14 November 2018
From 6th to 8th November, we’ve attended the VISION 2018 trade fair in Stuttgart, the world’s leading trade fair for machine vision. Read More