Real Time 3D Viewer
Upload your scenic data and share with unlimited guests for review and approval. Guests can interact with your scene directly in their browser in real-time.
Physically based rendering
Physically based rendering (PBR) refers to the concept of using realistic shading/lighting models along with measured surface values to accurately represent real-world materials.
The Previz viewer supports this workflow including the following attributes: Base color, Metalness, Specularity, Roughness/Glossiness, Normal/Bump, Ambient occlusion, Transparency, Emission, and Face culling.
Realistic lighting is an essential aspect of 3D design. A well lit project significantly enhances the atmosphere of your scene.
Previz supports both image-based lighting as well as dynamic lights (Directional, hemispheric, point or spot lights). These can be configured and edited directly in the viewer.
Add movement to your 3d scenes including props, screens and characters. Previz supports animations in the glTF format including multiple animations per file.
The viewer supports the following types of animation: Keyframe (translation, rotation, scale), Shape keys and Armatures / skinning.
Share Preview Links
Share your Previz scenes conveniently with team members and clients. Obtain precise feedback and faster approval via secure, password protected links.
Previz scenes can be easily embedded on your site. The lightweight, customizable, 3D interactive viewer can be embedded directly into your website, e-commerce platform or online product demo.
The web-based and entirely cross-platform configurator runs on any device, browser or operating system and is mobile-friendly.
"3D video pre-visualization is essential for clear communication regarding scenic media. It’s powerful enough for advanced users to collaborate and advance their creative. There’s nothing else like it."
"Previz helped dramatically when we had to present work in progress to our client. It was also critical for understanding how the content worked at a large scale both in terms of speed and relative size."