Salvia BioElectronics

Salvia BioElectronics

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Private Company

Total funding raised: $45M

Overview

Salvia BioElectronics is a private, clinical-stage MedTech company developing an implantable bioelectronic neuromodulation system for chronic migraine and cluster headache. The company's core technology, MySalvia Therapy, consists of ultra-thin implants targeting key nerves and a wearable device for patient activation, aiming to provide a drug-free treatment option. Backed by a recent $60M Series B financing, Salvia is advancing clinical studies from its base at the High Tech Campus in Eindhoven. The company operates pre-revenue, with its therapy not yet approved for commercial use.

MigraineCluster HeadacheNeurology

Technology Platform

MySalvia Therapy: An implantable bioelectronic neuromodulation system featuring ultra-thin implants targeting peripheral nerves involved in headache disorders, activated by a patient-controlled wearable device for on-demand, drug-free relief.

Funding History

2
Total raised:$45M
Series A$37M
Seed$8M

Opportunities

The massive, global unmet need in migraine (over 1 billion affected) and the severe pain of cluster headache create a large addressable market for a safe, effective, drug-free neuromodulation device.
The growth of the bioelectronic medicine field and patient desire for non-pharmacological options support favorable market entry conditions.

Risk Factors

The company faces significant clinical trial risk, as the therapy is unproven and not yet approved.
Regulatory hurdles for a Class III implantable device are high, and future commercial success depends on achieving physician adoption, insurance reimbursement, and competing against established pharmaceutical and device therapies.

Competitive Landscape

Salvia competes in the migraine therapy space against large pharmaceutical companies (with CGRP inhibitors, etc.) and other neuromodulation device companies offering both external (e.g., Cefaly, gammaCore) and implantable (e.g., SPR Therapeutics, Abbott's BurstDR) systems. Its ultra-thin, patient-activated implant aims to differentiate on minimal invasiveness and user control.