Evidence. Recovery. Performance
Ducest Neurostimulation
Ducest is a non-invasive neurostimulation technology designed to support vascular care, pain management and rehabilitation.
By stimulating the auricular branch of the vagus nerve, it offers clinicians an evidence-based approach to improving patient outcomes without invasive procedures or pharmacological intervention.
Fundamentals of Vagus Nerve Stimulation
How It Works
The Ducest Neurostimulator delivers gentle electrical stimulation to the auricular branch of the vagus nerve through the outer ear. This non-invasive approach activates neurological pathways involved in pain modulation, vascular regulation and autonomic function, supporting the body's natural physiological responses
A Non-Invasive Approach
Designed for use in clinical environments, the Ducest Neurostimulator provides a comfortable, drug-free alternative that can be incorporated into existing treatment pathways without invasive procedures or complex setup.
Clinical Applications
Peripheral Arterial Disease
Supporting patients with peripheral arterial disease through non-invasive neuromodulation designed to improve symptoms, functional capacity and quality of life.
Rehabilitation
Complementing rehabilitation programmes by supporting recovery, reducing discomfort and helping patients return to normal activity.
Pain Management
Providing a drug-free approach to pain modulation by stimulating neurological pathways involved in the body's natural pain control mechanisms.
Future Applications
Ongoing research continues to explore the potential of auricular vagus nerve stimulation across a growing range of clinical and rehabilitation settings.
Why Choose the Ducest Neurostimulator
Evidence-Based
Developed around established principles of auricular vagus nerve stimulation and supported by a growing body of clinical research.
Comfortable for Patients
A non-invasive, well-tolerated treatment approach that can be delivered in a routine clinical setting.
Easy to Integrate
Designed for straightforward use within existing clinical pathways without complex installation or significant changes to workflow.
Clinical Support
Stopford Surgical provides product training, clinical education and ongoing support to help healthcare professionals implement neurostimulation with confidence.
Clinical Evidence
Published Research
Auricular vagus nerve stimulation has been investigated across vascular care, pain management and rehabilitation, with published studies demonstrating promising clinical outcomes and a favourable safety profile.
Ongoing Clinical Experience
Stopford Surgical is committed to supporting evidence-based practice by working with clinicians and providing access to emerging research, clinical insights and real-world experience.
