Hybrid Locus

Transportal femoral aiming device for ACL reconstruction and meniscus root repair guidance.

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

Flexible electrodes with integrated motion detection capability for activity monitoring and patient movement assessment. Supports multimodal health data collection in wearable systems.

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

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.

High-capacity wireless EMG acquisition system capable of simultaneous 66-channel recording for complex biomechanical studies. Features customizable analog output and integration with IMU sensor data.

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.

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

A wireless EMG and inertial measurement system for motion analysis and electromyographic assessment in clinical, research, and sports applications.

Position sensing technology for tracking component movement and positioning in automated medical equipment and diagnostic instruments. Enables precise control of mechanical systems in laboratory analyzers.

Control system for medical linear actuators providing precision motion management. Integrates with medical devices requiring automated positioning and movement capabilities.