Services

Leveraging advanced machine learning and real-time movement analysis (EMG, motion capture, HRV), our AI engine creates dynamic therapy plans that evolve with each patient. The system predicts recovery trajectories and automatically fine-tunes resistance, repetition ranges, and stimulation intensity. Clinical studies show 37% reduction in therapy duration while improving patient engagement through immersive biofeedback.

Integrated with cloud-based dashboards, clinicians monitor neural adaptation markers and receive predictive alerts for early intervention. This intelligent infrastructure redefines post-surgical, neurological, and sports rehabilitation.

Non-invasive neuromodulation suite combining TENS, interferential current, and pulsed electromagnetic field therapy (PEMF). Our closed-loop platforms incorporate real-time tissue impedance sensing to deliver targeted waveforms that enhance endogenous analgesia and neuromuscular re-education. Ideal for chronic pain, post-stroke spasticity, and sports injuries — offering a drug-free alternative with documented 60% pain reduction in resistant cases.

New generation wearable stimulators integrate with our remote app, allowing patients to follow prescribed programs safely at home while streaming compliance data to clinical teams.

Partnering with leading US academic medical centers, we pioneer randomized controlled trials on AI-integrated electrotherapies. Our research division develops standardized treatment guidelines, validates novel biomarkers for neurorecovery, and publishes open-access frameworks that shape global rehabilitation standards.

Current focus: stroke motor recovery using closed-loop tDCS, and AI-predicted pain phenotypes for personalized TENS protocols. We also offer collaborative trial design for hospitals seeking to implement advanced rehabilitative technologies.