Markerless MA-1500

Accelerometer-based system for high-frequency acquisition of biomechanical motion data during functional activities. Extends beyond standard accelerometry for comprehensive movement analysis.

A high-precision sensor array integrated into wearable robotics that continuously collects and analyzes movement data for accurate robotic control. The system enables real-time feedback and monitoring of user mobility and physical performance.

Camera-free motion capture textile system that captures movement and joint kinematics in real-time for gait analysis and rehabilitation assessment.

Wireless inertial sensors integrated into the MOKA system for capturing body movement data during gait and posture analysis. These sensors enable detailed kinematic measurements in clinical and sports settings without laboratory constraints.

Embedded physiological sensors integrated into wearable arm and headband devices. Supports multimodal data collection for research applications with wireless synchronization and real-world mobility.

Advanced monitoring device integrated with digital pole technology for continuous tracking of upper body biomechanics, muscle activation, and movement patterns during training and rehabilitation sessions.

Inertial measurement unit sensor integrated into wearable exosuit for precise user motion tracking during rehabilitation. Enables real-time gait cycle analysis and synchronized assistance delivery.

Sensorized treadmill for gait and running analysis under real conditions with high-frequency acquisition of biomechanical data. Captures detailed motion parameters during walking and running.

AI-powered 3D camera-based body analyzer that measures posture, alignment, balance, and movement in 30 seconds using deep learning models trained on 165,000+ musculoskeletal data points. Used in medical institutions and rehabilitation settings for patient assessment.

A non-invasive device that captures and analyzes neuromuscular biosignals for standardized quantitative assessment of neuromuscular and musculoskeletal conditions. The system minimizes variability from examiner skill and patient condition changes, providing consistent objective measurements.

A miniaturized sensor module engineered for embedded footwear deployment to gather real-world mobility data in real time. The device collects biomechanical data from foot movement for clinical gait analysis and movement assessment.

Laboratory and research-oriented wireless EMG platform for motion analysis, ergonomic assessment, and biomechanical research. Supports comprehensive musculoskeletal and movement disorder investigations.