g.tec medical engineering is a Non-Invasive Clinical EEG company founded in 1999 and based in Schiedlberg, Austria.
No dated funding rounds on file. This company is privately held and may be raising or operating on undisclosed capital.
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Wireless, active-electrode EEG headset for research and clinical BCI applications. Available in 8-, 16-, 32-, and 64-channel configurations with dry or gel electrodes. Transmits high-fidelity neural data at up to 4800 Hz via Bluetooth to g.tec's Simulink-integrated software environment. Used worldwide in motor imagery BCI research, SSVEP paradigms, sleep staging, and brain-mapping studies in both lab and ambulatory settings.
Closed-loop BCI system for motor recovery after stroke. Patients perform motor imagery of hand movements; the system detects EEG patterns corresponding to the intent and triggers functional electrical stimulation (FES) of the affected arm in real time, reinforcing neural plasticity through paired cortical and peripheral activation. CE-marked for clinical use in Europe; deployed in rehabilitation hospitals and research centers globally for upper-limb recovery.
Intraoperative ECoG-based brain mapping platform for neurosurgeons. Records high-density cortical signals during awake or anesthetized surgery to identify eloquent cortex — speech, motor, and sensory regions — that must be preserved during tumor or epilepsy resections. Provides real-time frequency analysis and cortical stimulation mapping, giving surgeons a precision neural map to maximize safe resection margins.