
Developer of Implantable Medical Devices
Neuspera MedicalPresented six-month clinical data on its battery-free percutaneous sacral nerve stimulator, NeuSpera, at the Society of Urodynamics, Female Pelvic Medicine & Urogenital Reconstruction (SUFU) meeting; the study showedNeusperaComparable clinical efficacy to traditional sacral nerve stimulators.

PI Evaluation
"These results confirm that pSNM technology offers an innovative, implant-free battery option while maintaining efficacy comparable to traditional SNM. The treatment can"Accessibility is crucial for patients. On the basis of providing sustained relief from urgency urinary incontinence (UUI) symptoms, pSNM eliminates the limiting factors associated with conventional therapies for certain patients. We look forward to this regimen bringing benefits to more patients after its approval.
---Colin Goudelocke Ochsner Health System
Executive Evaluation
“Key trial results validate our founding vision—achieving a revolutionary breakthrough in SNM therapy by eliminating the need for implanted batteries. Our device offers a transformative alternative to traditional SNM, avoiding the physical and psychological burdens associated with invasive implantation surgeries and subsequent battery replacements.”
---Alexander Yeh, Founder and Chief Technology Officer of NeuSpera Medical
"Although sacral neuromodulation technology has significantly improved patients' quality of life for decades, implanted batteries have always been the main technical bottleneck. For millions of patients awaiting better options, we are about to provide a more user-friendly solution. As the FDA approval process advances, pSNM technology is expected to redefine the standard of care for UUI treatment."
---Dave Van Meter, Executive Chairman of NeuSpera Medical
Neuspera

NeusperaComposed of micro-implantable electrodes, a wearable wireless generator, and an app.
The micro-implantable electrode has a diameter of only 2 mm and a volume of just 0.03 ml. Its modular structure enables compatibility with various neural interfaces.Micro-implantable electrodeIt features a range of programmable stimulation parameters, including frequency, pulse width, and amplitude (voltage) for current control, thereby offering significant flexibility in addressing common neurostimulation applications.


The wearable wireless generator is compact and lightweight, capable of being deeply implanted within the body.Wireless Charging of Micro-Implantable Electrodes. In addition to wireless charging, the transmitter features automatic detection (of micro-implant electrodes and human tissue), automatic power steering, and automatic data collection.

APP
Patients can access NeuSperaInstalled inOn the mobile phoneNeuspera APP, adjust their treatment parameters, modulate stimulation status, and perform other functions.


