Autodesk join hands with Microsoft for physical 3D creation

In two separate but related efforts to advance the future of digital and physical creation, Autodesk, Inc. has announced that it is working with Microsoft Corp to embed its 3D printing platform in Windows 10, and that it intends to make its 3D modeling software interoperable with Microsoft’s mixed reality environment, Microsoft HoloLens.

In the first initiative, Autodesk will embed its Spark 3D printing software platform in Windows 10. This will enable Windows users with direct access to optimized and more reliable 3D printing experiences that streamline the additive manufacturing process for a variety of software, material, and printer choices. Autodesk will make the Spark APIs available for free to the Microsoft developer community to build upon, extending the reach and growth of the 3D printing industry. Further, to their combined goal of making 3D printing more accessible, Autodesk will also join Microsoft as a founding member of a 3D Manufacturing Format (3MF) Consortium to create and support a standard 3D interchange and printing format.

“By providing the 3D printing building blocks found in the Spark platform and optimizing it for Windows 10, Autodesk has empowered our global developer community to confidently enter this new world of additive manufacturing,” said Steve Guggenheimer, Corporate Vice President of Developer Platform & Evangelism and Chief Evangelist for Microsoft.

The second initiative is aimed at bringing 3D models from Autodesk software into the virtual reality environment of Microsoft HoloLens. Digital models using software such as Autodesk Maya or Fusion 360 could then be viewable in the mixed reality environment enabled by HoloLens. For game developers and filmmakers, this may accelerate the creation of a new generation of entertainment experiences. For designers and engineers, this may make it possible to digitally view a full scale model during the up front design phase of product development, cutting down on the time and cost required for physical prototypes before fabrication.