IMU Motion Sensors

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.

Motion and acceleration sensors designed for wearable patient monitoring systems and fall detection devices. These sensors track patient movement and activity levels for clinical assessment.

Attitude sensors for medical applications requiring orientation and position measurement. Used in patient monitoring systems and rehabilitation equipment.

Biomedical sensors for monitoring physiological parameters in wearable and implantable medical devices. Used for continuous health data collection and patient management.

Micro-electro-mechanical systems sensors designed for medical monitoring and diagnostic purposes. MEMS sensors integrate advanced microsystem technology for precise measurement and detection in clinical settings.

Non-invasive surface sensors for electromyography applications, detecting muscle electrical activity through the skin. Compatible with standard EMG recording systems.

Hardware components that detect and measure physiological signals for biofeedback and neurofeedback applications. Used in muscle rehabilitation, incontinence treatment, and research settings.

Cooperative sensors for non-invasive biopotential and bioimpedance measurement in diagnostic and monitoring applications. These innovative sensors enable real-time physiological signal acquisition for wearables, portable diagnostics, and clinical monitoring systems. Designed for integration into medical devices requiring continuous vital sign assessment and tissue impedance analysis.

Electromagnetic positioning sensors for real-time tracking and guidance in surgical and interventional procedures. These sensors enable precise localization of instruments and implants within the body, enhancing accuracy during minimally invasive operations. Integrates with navigation systems to support image-guided surgery and catheter-based interventions.

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

Dual-axis incline sensors for medical equipment requiring position and orientation measurement. Applicable in patient monitoring and rehabilitation systems.

Biomedical sensors designed for physiological signal acquisition in research and clinical applications. The sensors enable monitoring of various physiological parameters.