Funding
Funding not disclosed
Founders
Product
Problem
Current wound healing, pain management, and tissue repair devices are often bulky, non‑portable, and lack the ability to tailor energy delivery parameters to specific wound characteristics, leading to suboptimal therapeutic outcomes and limited use in diverse clinical settings.
Solution
H&P Medical Research offers a flexible, fully portable therapeutic unit composed of modular cells that emit radio frequency, electromagnetic, magnetic, or electrical signals. Each cell can be individually powered and controlled, allowing clinicians to customize frequency, pulse shape, repetition rate, and signal density based on wound size, type, and location. Integrated sensors monitor treatment dose, temperature, and physiological parameters in real time, ensuring precise dosing and safety. The system can be applied directly to a wound surface or wrapped around a limb, providing targeted therapy in both acute and chronic care environments. By combining multiple energy modalities in a single, lightweight platform, the device enables on‑site treatment without the need for large, fixed equipment.
Target Audience
Primary customers are wound care clinics, pain management centers, and orthopedic or sports medicine facilities that require portable, customizable energy‑based therapies for patients with acute or chronic tissue injuries.
Features
- Modular cell architecture with interchangeable shapes and sizes for adaptable placement on wounds or limbs
- Multi‑modal energy output (RF, EM radiation, magnetic field, current‑voltage) selectable per treatment protocol
- Individual cell control (self‑contained or remote) for precise adjustment of frequency, pulse characteristics, and signal density
- Integrated dose‑tracking, temperature, and physiological sensors for closed‑loop monitoring and safety
- Portable, battery‑powered base eliminating dependence on stationary power sources
- Capability to combine multiple energy types simultaneously within a single treatment session