惯性动作捕捉系统Xsens MVN Awinda/Link

Inertial Motion Capture System Xsens MVN Awinda/Link

Xsens Inertial Motion Capture System is an advanced 3D inertial motion capture system that can be adapted to all kinds of complex environments, with a unique technology that eliminates the influence of magnetic fields, and still performs stably even in complex electromagnetic environments. xsens has developed industrial-grade miniature inertial sensors that can capture very small flutters as well as large-scale motions, and can provide accurate positional data. XSENS years of industry accumulation, the development of MVN Analyze 3D motion capture and analysis software, high-resolution processing engine Reprocess HD Engine provides you with advanced multi-sensor fusion algorithms and biomechanical human body model, can eliminate the error caused by the sensor's slip, to provide you with stable and accurate 3D motion capture data. For more information, please contact us at 010-53352947.

Products

Applications
Product Advantages

Human factors engineering (operational posture and efficacy analysis, human-computer interaction, operational safety, emergency rescue)
Psychology and Cognition (Assessment of Emotional and Mental States, Cognitive Load Monitoring, Developmental Psychology and Abnormal Behavior Research)
Biomechanics (biomedical analysis, gait analysis)
Virtual reality (training and simulation, head tracking, gaming)
Driver due to (driving behavior)
Kinesiology (Injury Prevention, Performance)
Ergonomics (workplace ergonomics, virtual validation)
Health and safety (treatment, rehabilitation, prevention, pedestrian navigation)

Rugged housing design (ultra-compact sensors are ruggedized to withstand high impacts, as well as various rotational movements)
Quick configuration for use (a zipper on the go makes it easy to quickly configure and activate all sensors)
Reliable data compatibility (data compatible with the mainstream software packages on the market, providing users with the best quality motion capture and analysis)
Antimagnetic (biomechanical modeling and sensor fusion algorithms ensure quality motion analysis in challenging magnetic interference environments)
Easy access to real-time accurate kinematic data (with 3D visualization, 3D kinematic charts, no need to post-collect and process data, quick data export)