g.tec medical engineering GmbH - NEVER STOP RECORDING

Discover how recoveriX is helping stroke survivors regain mobility and independence while enabling rehabilitation centers to deliver next-generation care.

Every breakthrough starts with a patient who achieves something they once thought impossible. Discover how innovative rehabilitation centers are expanding what is possible after stroke with recoveriX.

Every recovery journey is unique. For stroke survivors, progress is often measured in small moments that gradually become life-changing milestones. Discover how forward-thinking rehabilitation centers are redefining what recovery can look like beyond conventional therapy.

After a stroke, opera singer Rose Jang faced the challenge of rebuilding her voice. Her journey highlights how neurotechnology and determination can help people reconnect with abilities they feared were lost.

🐶 The Unicorn BCI Core-4 enables real-time brain recordings in canine research, even in challenging conditions like dense fur and movement. Lightweight, wireless, and fast to deploy, it integrates directly into experimental workflows without stressing the animal. Gold cup or hybrid electrodes ensure stable contact through fur, while 24-bit resolution and oversampling maintain high signal quality — even during motion. Data streams live via Bluetooth into Python or g.HIsys for immediate processing, visualization, and analysis. From cognition and learning to stress and behavior — capture clean EEG where it actually happens. Unicorn BCI Core-4 — built for real-world animal neuroscience.

The Unicorn BCI Core-8 is designed for equine research where stability, flexibility, and speed matter. Mounted directly on halters or caps, it enables wireless EEG acquisition without restricting natural behavior. With 24-bit resolution and high SNR through oversampling, the system captures reliable brain signals even under movement. Small electrodes ensure consistent contact, while Bluetooth streaming feeds data directly into Python or g.HIsys for real-time analysis. Study cognition, stress, and training responses where they occur — in real environments, not controlled setups.