With the Canvas Envision online 3D CAD viewer, flat images and static screenshots of 3D models are a thing of the past. Envision allows your audience to not only view your models on the web but to interact directly with them, so they can understand precisely what they need to.
Envision powers real-time collaboration, with simple mark-up and review functions that make it easy to work together on 3D models and design review, wherever you are.
And of course you have absolute control over who has access to your content, with simple to use metadata screening, distribution settings and access privileges.
seeing is believing. interacting is understanding
With Canvas Envision's online 3D CAD viewer, you can deliver a fully interactive online 3D experience to anyone, anywhere. With just one click, viewers can pop models out of your documents and manipulate them with ease. Envision enables your audience to:
- Rotate and zoom each model to view from every angle
- Ghost, hide, and isolate individual components to study in detail
- Access and select parts according to model metadata
- Change viewing options including render modes and lighting
- Interact with models in the document or in isolated viewer
real-time collaboration, wherever you are
In a world where distributed teams have become the norm, the ability to collaborate regardless of location is an operational essential. The Envision web viewer gives users a suite of tools which allow them to inspect, comment, clarify, and request more information. The ability to control privileges makes it easy for teams to work together to create perfect documents, and for content consumers to check their understanding.
- View separate document layers and revisions
- Instant comments and mark-up
- Freehand annotations
- Presentation mode
- Easy access instructions
Power real-time collaboration
The integrated web viewer can deliver interactive and audiovisual instructional experiences directly from your PLM, MES or documentation management system. Downstream users can view and interact directly with embedded 3D models and animations to learn autonomously to understand precisely what they need to do.
