MinVerse

Yes, MinVerse integrates seamlessly with platforms like Geomagic Freeform, Unity, Unreal Engine, NVIDIA Omniverse, ROS, and SOFA, and supports a flexible SDK compatible with multiple programming languages, making it ideal for medical simulation and research workflows.

MinVerse enables rapid prototyping, real-time validation, and seamless integration into existing pipelines, reducing dependency on physical models and accelerating clinical simulation, product design, and research development cycles.

MinVerse allows users to feel textures, resistance, and force variations within virtual environments, addressing a major limitation of traditional simulators that rely only on visual feedback. This enhances clinical realism in training scenarios such as palpation, procedural simulation, and anatomical interaction.

MinVerse integrates seamlessly with Geomagic Freeform, enabling clinicians and designers to sculpt, modify, and interact with 3D anatomical models using real-time haptic feedback. This enhances precision in prosthetic design, surgical planning, and complex anatomical modeling, allowing users to physically “feel” the digital structure for improved accuracy and control.

MinVerse is designed for the current digital ecosystem, offering native compatibility with leading 3D and simulation platforms and flexible APIs. This ensures smooth adoption in clinical simulation pipelines, CAD environments, and immersive training systems without workflow disruption.

MinVerse runs on Windows, Linux, and macOS, with SDK support across all major programming languages and architectures for flexible integration into your existing toolchain.