Juniper Biomedical
Juniper Biomedical is dedicated to dramatically improving therapy for patients with pelvic health conditions through innovative, minimally invasive neuromodulation technology. Their mission is to restore human nature by providing safer, less invasive, and more effective treatment options for pelvic health disorders.
Industries
Nr. of Employees
small (1-50)
Juniper Biomedical
Worcester, Massachusetts, United States, North America
Products
Long‑term battery‑powered implantable micro‑neuromodulator
A small, chronically implantable device engineered to deliver targeted electrical stimulation directly to distal peripheral nerves for treatment of pelvic health conditions; designed for minimally invasive implantation and low energy consumption.
Long‑term battery‑powered implantable micro‑neuromodulator
A small, chronically implantable device engineered to deliver targeted electrical stimulation directly to distal peripheral nerves for treatment of pelvic health conditions; designed for minimally invasive implantation and low energy consumption.
Services
Preclinical testing and prototype development
Designing, building and testing implant prototypes and conducting preclinical studies to generate proof‑of‑concept data for pelvic neuromodulation.
Clinical study planning and advisory
Clinical development support including study design input, clinical operations planning, and advisory from experienced clinical leadership.
Preclinical testing and prototype development
Designing, building and testing implant prototypes and conducting preclinical studies to generate proof‑of‑concept data for pelvic neuromodulation.
Clinical study planning and advisory
Clinical development support including study design input, clinical operations planning, and advisory from experienced clinical leadership.
Expertise Areas
- Precision neuromodulation
- Implantable medical device development
- Pelvic health therapeutics
- Preclinical study execution
Key Technologies
- Targeted peripheral nerve stimulation
- Micro‑scale battery‑powered implantable devices
- Low‑power stimulation electronics
- Distal nerve coupling interfaces