To stay aligned with the next wave of 3D data management and visualization, in October 2025, Cintoo proudly released a groundbreaking feature that transforms the way industries process, manage, and share scan data. With the arrival of a completely revised version of the mesh export engine and the seamless support for OpenUSD, Cintoo stands at the forefront of digital innovation, bridging the gap between design, visualization, and simulation ecosystems.
OpenUSD is a powerful open-source and extensible format that has become the cornerstone of interoperability between 3D tools. Renowned for enabling seamless workflows, it is particularly useful for projects that require flexible transitions between stages like design, visualization, immersion, and simulation. For example, reality capture data processed through Cintoo can now be exported into OpenUSD as a photo-textured 3D mesh model, facilitating direct integration with platforms like Nvidia’s Omniverse, which powers digital twins, collaborative environments, and advanced simulation scenarios.
As one major supplier of paint automation to the automative and aerospace industry said, “In a recent project, we utilized the Cintoo OpenUSD format to demonstrate to a potential internal customer how their paint automation process would appear as the parts moved through the intricate workflow, seamlessly integrated into our Omniverse simulations”.
This ability to integrate with platforms such as Omniverse opens vast opportunities for companies leveraging tools like Nvidia to enhance their digital workflows. Omniverse users can utilize Cintoo’s OpenUSD export to bring their brownfield sites into their logistics simulation workflows, perform clearance checking, lighting visualization, or IoT data overlay on 3D projects. The result is an integrated digital twin ecosystem where precision and speed meet versatility taking into account their as-built conditions.
At the core of this transformation lies the newest version of Cintoo’s mesh export engine. Designed to handle the largest point cloud datasets with remarkable speed and efficiency, this sophisticated system provides scalability without compromising fidelity. The enhanced engine combines innovative features such as global decimation, smart surface reconstruction, and adaptive resolution to produce balanced, lightweight, and detail-rich photo-textured 3D meshes that are perfect for downstream applications.
Moreover, these new meshes are visually uniform, free of redundant overlaps, and consistent in density which is ideal for professionals and businesses aiming to maintain high standards of performance while keeping file sizes manageable in their real time or VR 3D simulations. The quality leap from previous mesh exports is significant, showcasing Cintoo’s commitment to pushing technological boundaries.
For companies utilizing Nvidia’s Omniverse platform, the introduction of OpenUSD export from Cintoo provides new opportunities. Imagine scanning a facility, processing the data within Cintoo to generate a precise mesh, exporting it in OpenUSD format and then seamlessly importing it into Omniverse for real-time collaboration, motion studies and simulation. The possibilities range from creating digital twins to performing detailed visualizations of industrial projects.
On top of other export file formats including FBX, STL & OBJ, the OpenUSD capabilities when combined with our newly revamped mesh export engine demonstrates Cintoo’s dedication to helping companies transform their digital ecosystems. With solutions designed to meet the highest technical standards, Cintoo ensures that innovation, efficiency, and interoperability remain at the heart of your operations.
We invite forward-looking organizations to explore Cintoo’s powerful offerings. Whether you’re already leveraging Nvidia’s Omniverse platform or considering a more flexible and comprehensive 3D data workflow, Cintoo’s OpenUSD export capabilities make us the ideal partner for creating, sharing, and innovating in today’s reality capture world.
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