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CMAvatar Bio
Cross-Disciplinary High-Precision Motion Analysis Platform
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CMAvatar Bio

CMAvatar Bio is an integrated platform for multi-modal data capture, synchronization, and analysis, designed for scientific research and engineering applications. Powered by microsecond-level hardware synchronization and intelligent end-to-end algorithms, it enables precise fusion of motion, force, and physiological data — overcoming the limitations of traditional analysis tools. The platform delivers a unified solution for complex dynamic scenarios across biomechanics, aerospace, and sports science.

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Product advantages

Precision Synchronized Data AcquisitionEnsure accurate alignment across multi-source data streams. All devices operate under a unified time reference, enabling millisecond-level synchronization between force plates, EMG systems, and motion capture data. Pre- and post-trigger buffering ensures complete capture of critical transient events without data loss.
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Intelligent Analysis with Real-Time ValidationAutomated insights with instant visual verification. A built-in analysis engine automatically computes jitter, 6DOF motion parameters, and joint dynamics. Data maps directly to raw marker points, with real-time 3D visualization for immediate validation and analysis.
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Flexible Data Format CompatibilitySeamless integration with industry-standard tools. Supports export in FBX (skeletal animation), BVH (motion data), TRC (raw data), and other standard formats. Data can be structured by marker, distance, angle, and more, ensuring compatibility with animation, simulation, and analysis platforms.
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3D Dynamic VisualizationReconstruct and review motion with precision. Supports FBX model import for skeletal binding and dynamic playback, accurately reproducing real motion. Timeline control and multi-view synchronization across 3D scenes, curves, and data tables enable detailed frame-by-frame analysis.
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One-Click Gait Analysis ReportsAccelerate clinical and research workflows. Automates gait cycle segmentation, spatiotemporal parameter calculation, and dynamic analysis to generate professional reports with a single click — clearly presenting gait patterns, joint loading, and key biomechanical indicators.
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Efficient & Reliable Data ManagementHandle high-frequency data with confidence. Supports high-frequency data acquisition above 1,000 Hz, with precise time alignment for multi-source synchronization. Optimized storage and retrieva1 enable efficient handling of large-scale research datasets.
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Optical Displacement Trajectory MonitoringHigh-precision tracking of micro-scale motion. Provides real-time visualization of displacement trajectories with accuracy up to 0.01 mm. Supports manual, external, and interval triggering, along with pre-trigger buffering to ensure complete capture of transient events.
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Intelligent Marker PlacementStandardized workflows for accurate biomechanical analysis. Compatible with Helen Hayes (full body), Cleveland (spine), and Hanavan (simplified) models, as well as custom marker sets. Marker data is automatically aligned with force plate and EMG inputs for precise joint moment calculation and streamlined experimental setup.
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The series come together, offering more choices

Detailed parameters, complete specifications
Category
SDK
Game Engines
Unreal Plugin
Unity Plugin
Content Creation
Motion Builder Plugin
Maya Plugin
3D Max Plugin
Blender
IClone
Simulation
Matlab
Simulink
Labview
Protocols & Interfaces
VRPN
TrackD
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