Empowering best practice
Our Digital Therapy Platform empowers clinicians to deliver the best clinical and commercial outcomes.
Watch our company introduction
Made in Germany
Leaders in Magnetic Stimulation
Leaders in EEG & tES
A Digital Therapy Platform to Empower Best Practice
With leading engineering, science, and AI we ensure best practice clinical processes and quality patient care, embedded in our integrated Digital Therapy Platform (the 'DTP').
Leading Clinical & Research Technologies
Systems for Transcranial Magnetic Stimulation applied in clinical and research settings.
TMS Neuronavigation Systems
Leading Neuronavigation systems for advanced practice and research of Transcranial Magnetic Stimulation.
tES & tDCS Devices
Stimulators for clinical practice and research in tDCS, tACS and tRNS. Compatible with advanced EEG and Neuroimaging.
Neurofeedback systems with optional Biofeedback extensions and precision artefact control.
EEG & QEEG Systems
Electroencephalogram (EEG) technology, purpose-built and compatible with neuromodulation modalities for practice and research.
Sleep Hygiene Assessment devices for patient care and research.
Be trained professionally in advanced patient care
Leading Neurofeedback Courses
Learn to apply Neurofeedback following best-practice guidelines which follow the growing evidence for this technique.
Professional Training in TMS
We deliver online courses and hands-on workshops to professionals worldwide, recognised by a range of institutions.
Expert advice on tDCS in practice
We present emerging evidence on tDCS and guidelines for proper use in clinical or research settings.
Professional Courses Now Online
neurocare's Learning Management System (LMS) is a platform for professionals to gain access to theory, history and case presentations covering a range of modalities. Healthcare professionals can register today to access our training:
- (r)TMS in Depression, OCD & New Developments
- Neurofeedback in ADHD & Insomnia (BCIA course)
- an Introduction to SCP Neurofeedback
- an Introduction to tDCS