Next-Gen DBS Lead Technology
Transforming how we understand and modulate the brain in health and disease
Neuronano is pioneering high definition deep brain stimulation (hdDBSTM)
The next generation Deep Brain Stimulation and Sensing Lead technology to transform DBS therapeutics
Innovation backed by science
Our patented cluster of ultra-flexible, biocompatible microelectrodes, are capable of delivering advanced personalised therapy never seen before.
Our mission
To develop and bring to market, the next-gen DBS Lead technology that can expand therapeutic frontiers for intractable neurodevelopmental, neurodegenerative and neuropsychiatric disorders
Our vision
A future of bi-directional brain interfaces that both stimulate and understand the brain.
Technology that aides brain function
Ultra-fine electrode design based on neuroscience principles.
Combining engineering precision with biological harmony.
The Future of Brain Interfaces
Neuroscience driven precision engineering
Stimulation, Sensing and Biomarkers — united in one platform. Bedriver samarbete med Lunds universitet och Region Skåne.
Building the future of neurotechnology
Our mission is to invent, patent, develop, and commercialise a new generation of innovative electrodes for implantation in the brain and spinal cord. Our main focus is the development of implantable neural interfaces that outmatch competitors.
Founded in Lund, Sweden
More than 30 patents
More than 30 patents
Follow our latest breakthroughs
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Inspiration for future ideas
Neuronano will participate in Neuroscience Day Thursday May 8th in an event hosted by Lund University and the Faculty of Medicine. Neuroscience day is an annual event bringing together all different disciplines of neuroscience.
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Welcome Dr Hari Subramanian
We are proud to announce that Dr Hari Subramanian has been employed as Vice President for Business Development, Medical & Scientific Affairs in Neuronano AB’s US-based subsidiary.
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Meet Niclas Lindqvist, one of our scientists
Meet Niclas Lindqvist, one of our scientistis who are working on development of the DBS-probe. His work mainly focuses on the gelatin, which is a part of the probe, and it involves performing tests and experiments to optimize the function of the DBS-probe.
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Congratulations, Doctor Matilde Forni!
Interactions with pain-related systems — Towards new electrical treatments for chronic pain
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Discussion with Brilliant Minds
Neuronano’s Dr Jens Schouenborg has been invited to participate in a panel discussion with Brilliant Minds about ”Decoding the senses”.
