Add Volume to Your Digital Life
Mantis Vision puts 3D image and volumetric video capture into the hands of every consumer, application developer, game designer and industry professional. Using cutting edge 3d capture technology, Turning people, objects, and places into a high resolution 3D volumetric studio, in real-time, has never been easier.
3D Ring Studios & Face Capture
The Ring Studios platform enables high quality, live-streaming, 3D volumetric content. Our solutions encompass the entire spectrum of 3D content capture: from the cameras to the content delivery.
Live Streaming in 3D
Film and live-stream 3D content via wireless 5G networks using our Ring Studio SDK and content delivery network
Ring Studio Systems
Custom 3D capturing systems for every volumetric content project. From full sized studios to portable capture systems
Face Capturing
Mantis Vision enables rapid 3D face capturing in live volumetric detail. This 3D data allows the highest accuracy of face authentication
3D Handheld Scanners & Echo Software
Designed for fast 3D data capture of detailed objects and hard-to-reach areas, the F6 professional 3D scanner is easy to operate and 3D models can be created in minutes by new users. This speed of capture makes Mantis Vision the leader of 3D scanning companies for the 3D scanner professional and 3D scanning services.
F6 SMART
High performance 3D handheld scanner with the widest scanning distance on the market
F6 Short-Range
Designed especially for ultra-accurate fast scanning of highly detailed small objects, positioned in close proximity
Echo™ Software
Sophisticated post-processing tools that enhance the quality of the scanned image
Mobile Sensors & AR 3D Content Applications
Solutions for mobile devices, including miniaturized Structured Light sensors, as well as mobile apps that fuse volumetric content with reality
Volume
AR 3D content viewer fuses 3D volumetric content with real-time video over AR capable devices
Volume Plus
3D volumetric app allows the creation of fully immersive experiences by planting volumetric objects in exact locations