WaveTrack Inertial

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.

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.

High-performance six-degree-of-freedom inertial measurement unit optimized for direct integration into medical diagnostic and patient monitoring systems.

Wireless sEMG system for non-invasive surface electromyography measurement and analysis. Captures muscle electrical activity for clinical assessment, rehabilitation monitoring, and biomechanical research applications. Features wireless transmission, real-time data acquisition, and multi-channel signal processing capabilities.

Wireless tracking and monitoring system for patient rehabilitation and therapeutic applications. Enables remote monitoring and data collection during treatment protocols.

Wireless surface electromyography system for measuring and recording muscle electrical activity during movement and rehabilitation assessment.

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.

A non-invasive diagnostic device that evaluates neuromuscular function through AI-analyzed biosignals, suitable for patients with mobility constraints or those requiring alternative assessment methods. The device supports standardized diagnostic and severity evaluation in clinical and point-of-care settings.

· Non-invasive Blood Circulation Disorder Screening: A medical device that identifies risks for cerebrovascular and cardiovascular diseases by recording and analyzing pulse wave patterns. · Comprehensive Metrics: Calculates Cardiovascular Risk Index (CRI), Cardio/Cerebrovascular Trend Index, Pulse Wave Velocity (PWV), and Central Blood Pressure (CBP). · Enhanced Accuracy: Features a Cardiovascular Risk Index with significantly improved accuracy compared to traditional Pulse Wave Velocity (PWV) measurements. · Simultaneous multi-point measurement at five different locations, with integrated vascular network analysis. · A fully integrated system including all sensors and accessories. · Equipped with a proprietary pressure sensor designed for superior usability and durability. · Smart measurement with dedicated positioning tools for easy sensor placement and an algorithm that provides real-time feedback on the quality of detected pulse waves.

Wearable sensor device for lower limb prosthetic patients that captures activity and functional data over extended wear periods. Data collected supports clinical decision-making in prosthetic rehabilitation planning.

A therapeutic vibration device using sinusoidal wave technology for prevention, rehabilitation, and regeneration. The device features two separately counter-moving plates that create natural 3D oscillations to activate deep musculature, improve circulation, and support recovery from injuries and operations.

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.