The Trigno™ Centro System supports neurophysiology research by enabling high-fidelity wireless EMG acquisition and precise synchronization with neural and biomechanical signals. Its low-latency, multi-modal architecture allows accurate study of motor control, muscle–nerve coordination, and neuromuscular responses during natural, unrestricted human movement.

The Trigno™ Centro System advances movement sciences by enabling synchronized, wireless capture of EMG, inertial, and biomechanical data. It supports detailed analysis of muscle coordination, motor control, and functional movement during natural, unrestricted activities in laboratory, clinical, and real-world research environments.

The Trigno™ Centro System supports engineering research by providing high-fidelity, low-latency wireless EMG and sensor data for system modeling, validation, and control. It enables development and testing of robotics, exoskeletons, prosthetics, and human–machine interfaces through precise measurement of human neuromuscular intent.