Our Line of Products
Advanced tools for therapy, research and recovery.
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Home Use
QStim
Wireless tES device designed for mobile and home use.
Compact, portable, and easy to use for convenient daily therapy.
COMING SOON
Medical and Research Use
Corstim
Certificated tES solution for clinical therapy, rehabilitation , and research applications.
Supports tDCS, tACS and tRNS.
Immersive Recovery
VRstim
An innovative virtual reality system that provides an environment for training cognitive, communication, and motor skills.
COMING SOON
COMING SOON
What is NuroStym tES?
The nuroStym tES is a medical-grade neurostimulation device developed by QVITI. It delivers non-invasive transcranial electrical stimulation in four key modes: tDCS (direct current), tACS (alternating current), tRNS (random noise), and current pulse. It is designed for clinical research (mainly) and neurological therapies.
Is nuroStym tES certified?
Yes. The device is certified as a medical device under MDD in the EU (MDR group IIa in the process). Additionally, we are in the process of securing FDA clearance (TACS Aphasia Therapy) in the United States, which ensures its compliance with the highest safety and efficacy standards for medical-grade technology.
What conditions can tES help with?
It supports therapy for a broad range of neurological and psychological disorders, including post-stroke rehabilitation, depression, aphasia, PTSD, cognitive decline, chronic pain, Alzheimer’s Disease and addiction. The technology enhances neuroplasticity, helping the brain to rewire itself more effectively.
How does nuroStym support neuroplasticity?
By delivering precise, non-invasive brain stimulation, nuroStym tES helps activate and strengthen neural circuits involved in motor, language, or cognitive functions. This process boosts neuroplasticity — the brain’s capacity to adapt and reorganize — which is essential for effective rehabilitation.
What is neuroplasticity and why is it important?
By delivering precise, non-invasive brain stimulation, nuroStym tES helps activate and strengthen neural circuits involved in motor, language, or cognitive functions. This process boosts neuroplasticity — the brain’s capacity to adapt and reorganize — which is essential for effective rehabilitation.