Neuromodulation

Non-invasive neuromodulation represents a cutting-edge approach to influencing brain activity without surgical procedures. Using mild electrical or magnetic stimulation, these technologies help restore neural balance and improve the functioning of specific brain networks involved in mental health, motor control, and cognition.

Neurostimulation Systems

VanMed collaborates with leading developers of neurostimulation technologies to support clinical and research applications in neuroscience.

Our portfolio of neurostimulation systems is currently being updated to introduce new European-manufactured platforms with CE-marked devices, developed in accordance with current European medical device regulations and quality standards.

These systems are designed to support a wide range of transcranial electrical stimulation (tES) applications, including tDCS and related neuromodulation techniques, widely used in both research and clinical investigation.

Key features include:

  • CE-marked medical devices compliant with European regulatory requirements

  • High precision current control for reproducible stimulation protocols

  • Flexible configurations suitable for clinical environments and research laboratories

  • Devices developed and manufactured within the European medical technology ecosystem

This evolution reflects VanMed’s commitment to offering technologies that combine scientific reliability, regulatory compliance, and long-term availability for European partners.

Further information about the new systems will be published soon.

Our team remains available to assist hospitals, universities, and research institutes with technical information and project support.

Why Choose VanMed?

  • Certified Medical Devices from world-leading manufacturers.

  • Technical support & training for clinical staff and researchers.

  • Custom configuration and on-site installation.

  • Reliable post-sales service and maintenance.

At VanMed, we are committed to empowering healthcare professionals and researchers with innovative neuromodulation technologies that improve patient outcomes and advance neuroscience.