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    Life Sciences
    Rehabilitation Science
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    Product composition Advantages of the plan Application Case Contact Us
    Business pain points
  • - Assessment needs both fast screening and high-precision analysis.
  • - Functional evaluation lacks objective and quantifiable data.
  • - Motion, force, EMG, and video data are often difficult to synchronize.
  • - Rehabilitation progress and movement risks are hard to track in real time.
  • - Clinical and research scenarios require flexible deployment beyond standard labs.
    • Our advantages
  • - Dual-mode capture supports both markerless screening and marker-based precision analysis.
  • - Quantifies gait, posture, symmetry, balance, and motor function with objective data.
  • - Synchronizes motion, force, EMG, video, and plantar pressure data in one workflow.
  • - Enables real-time feedback, risk identification, and rehabilitation progress tracking.
  • - Supports rehabilitation labs, gait rooms, outdoor, underwater, and exoskeleton testing scenarios.
    • Data acquisition
  • Document Center
    • Product components
  • Flagship Camera: K Series
    High-end optical mocap cameras for precise gait analysis, posture assessment, and rehabilitation evaluation.
  • Other Camera: MC Series
    Flexible optical mocap cameras for rehabilitation labs, gait rooms, functional movement assessment, and long-term recovery tracking.
  • Reference Camera: R Series
    Markerless capture, marker-based tracking, and synchronized RGB video for gait assessment, movement review, and rehabilitation data validation.
  • Software: CMAvatar
    Real-time movement capture, multimodal data analysis, rehabilitation assessment, progress tracking, and report generation.
    • Advantages of the plan
    Flexible Markerless & Marker-Based AssessmentMarkerless mode supports rapid, non-invasive screening without marker attachment, while marker-based mode provides high-precision 3D tracking for detailed gait, posture, and functional movement analysis.
    Consult >
    Objective Symmetry & Dysfunction AnalysisIntegrates motion capture, force plates, plantar pressure, and EMG to quantify joint angles, ground reaction forces, gait parameters, balance, and muscle activation patterns, providing objective evidence for rehabilitation planning.
    Consult >
    Multi-System SynchronizationSynchronizes motion, force, EMG, plantar pressure, and video data with millisecond-level accuracy, ensuring consistent spatio-temporal alignment for comprehensive clinical and research analysis
    Consult >
    Real-Time Feedback & Risk IdentificationReal-time data streams help identify abnormal movement patterns, asymmetry, instability, and neuromuscular activation issues, supporting timely adjustment of rehabilitation strategies.
    Consult >
    Data-Driven Rehabilitation LoopHistorical and real-time data can be compared to quantify rehabilitation progress and guide personalized intervention, forming a closed loop from assessment to training and outcome validation.
    Consult >
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