BTS Bioengineering

Sensor and projector-based kit for immersive rehabilitation with exercise libraries, body tracking and web-based control software for motor and cognitive therapy.

Cloud-hosted telemedicine platform for rehabilitative televisits, asynchronous therapeutic playlists, device scheduling, reporting and integration with facility workflows and third-party devices.

Compact wearable and software packages designed for routine athletic screening, jump profiling and on-field performance monitoring with instant analytics.

Standard configuration of the PODIUM system featuring triaxial force plates and high-resolution color cameras for jump tests, isometric tests, posture, and balance assessments.

Advanced configuration adding AI-powered color cameras for fully markerless 3D motion capture integrated with force data.

Wireless surface EMG system with up to 20 ultralight probes weighing only 13 grams each, providing signal accuracy and unrestricted movement for clinical, sport, and research assessments.

Lightweight, miniaturized and wireless EMG probes that do not alter natural movements.

Sensing floor force plate that records ground reaction force components, Centre of Pressure coordinates, and torque.

A pressure measurement system for gait and posture evaluation.

A 3D movement analysis system used for the accurate acquisition and analysis of posture and movement information.

A versatile motion capture system used for movement analysis in clinical and sports settings, enabling precise kinematic analysis and customized protocols like the ReAction Bike Fit.

Complete laboratory for multifactorial motion analysis providing comprehensive gait and posture assessment, clinical diagnosis, and rehabilitation planning.

NIRVANA is a virtual reality-based medical device specifically designed to support motor and cognitive rehabilitation in patients with neuromotor disorders by projecting immersive scenarios and delivering real-time audiovisual biofeedback.

Hybrid configuration of the BTS SPORTLAB biomechanical analysis system featuring SMART-DX EVO2 HYBRID cameras, force plates, and wireless EMG.

High-end marker-based configuration of the BTS SPORTLAB biomechanical analysis system equipped with 9Mpixel cameras, expanded force plates, and extended EMG probes.

Portable integrated solution of EMG and inertial sensor for the objective measurement of kinematic and muscle activity, enabling functional diagnosis and evaluation.

G-SPORT is a wearable performance and movement analysis system designed for strength coaches and athletic trainers, combining ultra-compact inertial sensors with automated reporting and real-time biofeedback exercises.

G-WALK is an ultra-compact and wireless medical device designed for the objective evaluation of kinematics, gait, and functional exercises with biofeedback.

Markerless configuration of the BTS SPORTLAB biomechanical analysis system featuring 8 AURA EVO SENSE CAM cameras, force plates, and wireless EMG.

A user-friendly motion analysis solution designed to cater to a broad range of users, leveraging advanced machine learning algorithms for movement pattern recognition.

Infrared digital camera model with 2.3 Megapixel sensor resolution and 200fps acquisition frequency.

Wireless surface electromyography system for muscle activity and human-machine interaction studies.

Cutting-edge software designed to capture and analyze every nuance of motion with unparalleled precision, providing real-time, detailed feedback on movement patterns using state-of-the-art sensors and machine learning algorithms.

Infrared digital camera model with 26 Megapixel sensor resolution and 150fps acquisition frequency.

Infrared digital camera model with 9 Megapixel sensor resolution and 300fps acquisition frequency.

Inertial sensors system for balance, symmetry, and proprioceptive assessment.

A miniaturized wearable inertial sensor used for instrumental gait and functional mobility assessments such as the TUG test.

Telemedicine Platform for Telerehabilitation and Teleconsultation, supporting remote monitoring and functional follow-up.