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Virtual Reality
Virtual Simulation
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Business pain points
  • - Single-form simulation systems struggle to support diverse training and research scenarios.
  • - Positioning jitter and drift reduce immersion and interaction accuracy.
  • - Closed system architectures make expansion and customization difficult.
  • - High-risk or high-cost scenarios are difficult to reproduce in real training.
  • - Lack of high-precision motion data limits digital prototype validation and ergonomic analysis.
  • Our advantages
  • - Supports VR, AR, CAVE, electronic sand tables, and multi-terminal immersive simulation.
  • - Stable low-latency tracking reduces jitter and improves long-session immersion.
  • - Open and customizable architecture supports display, interaction, and synchronization integration.
  • - High-fidelity simulation enables safe training for high-risk and hard-to-reproduce scenarios.
  • - High-precision motion data supports digital prototype validation and ergonomic analysis.
  • Data acquisition

  • Document Center
  • Product components

  • Flagship Camera: K Series
    High-end optical mocap cameras for precise spatial tracking in demanding immersive simulation environments.
  • Other Camera: MC Series
    Flexible optical mocap cameras for wide-area positioning of users, viewpoints, props, and interactive devices.
  • Software: CMTracker
    Real-time spatial tracking, visualization, synchronization, and data output for VR, AR, CAVE, and simulation workflows.
  • Advantages of the plan

    Multi-Scenario Immersive SimulationSupports VR, AR, CAVE projection, electronic sand tables, and multi-terminal interaction. The system tracks users, props, and interactive devices in 6DoF to reproduce training, collaboration, and operation experiences in virtual space.
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    Stable, Low-Drift Immersive ExperienceHigh-precision optical tracking and real-time data processing reduce jitter, drift, and motion mismatch, enabling smooth and comfortable interaction during long training, teaching, and simulation sessions.
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    Flexible Customization & IntegrationDisplay modes, interaction methods, participant numbers, synchronization settings, and scene logic can be customized according to venue and application requirements. The system integrates with mainstream research, teaching, and industrial simulation platforms.
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    High-Fidelity Virtual Training EnvironmentTransforms high-cost, high-risk, or hard-to-reproduce physical scenarios into interactive virtual spaces, supporting professional training, virtual teaching, surgical simulation, emergency drills, and scientific research.
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    Digital Prototype & Ergonomics ValidationProvides high-precision motion data for digital prototype verification, reachability analysis, and human-machine ergonomics evaluation, helping users reduce physical prototype costs and shorten validation cycles.
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