Eden Medical
Eden Medical is dedicated to developing innovative healthcare solutions for diabetic care, wound healing, wearables, and mobile health. Their mission is to provide advanced, non-invasive technologies to improve patient outcomes, including wound visualization, ulcer prevention, and real-time monitoring. They focus on addressing current limitations in wound diagnosis and tracking, aiming to reduce subjectivity and improve accuracy in wound management.
Industries
Nr. of Employees
small (1-50)
Eden Medical
Products
Disposable polymer-actuated medical pump
Self-powered, body-worn disposable micropump using a polymer-actuated muscle mechanism for dispensing sealants, drugs, saline, growth factors, or gases; designed for wound irrigation, subcutaneous delivery, and wearable therapy.
Hand-held foot infrared rolling scan transducer
Hand-held visible and near-infrared imaging device for in vivo monitoring of foot tissue oxygenation to assess ulceration risk and microcirculatory health.
Mobile thermal and visual wound imager (multimodal mHealth imager)
Hand-held mobile imager that acquires thermal (far-infrared) and visible imagery, computes thermal/isotherm maps and indices, and applies machine learning for wound-healing trajectory prediction and automated categorization with EHR integration support.
Smart moisture and exudate mapping system (sensor array)
Wireless in-situ moisture and exudate sensing system using polymer thick-film sensor arrays to create moisture maps and track wet/dry cycles without dressing removal; configurable for biofilm detection.
Wearable ostomy sealant system
Body-worn ostomy pouch system integrating on-board disposable pumps and PTF leakage sensors to detect impending leaks and dispense biocompatible sealant to prevent effluent leakage and skin breakdown.
Smart Foot Mat (home foot oximetry and temperature monitor)
Home-use mat that collects foot oximetry and temperature data using near-infrared spectroscopy and temperature sensing to provide longitudinal monitoring and early alerting of ulceration risk.
Disposable polymer-actuated medical pump
Self-powered, body-worn disposable micropump using a polymer-actuated muscle mechanism for dispensing sealants, drugs, saline, growth factors, or gases; designed for wound irrigation, subcutaneous delivery, and wearable therapy.
Hand-held foot infrared rolling scan transducer
Hand-held visible and near-infrared imaging device for in vivo monitoring of foot tissue oxygenation to assess ulceration risk and microcirculatory health.
Mobile thermal and visual wound imager (multimodal mHealth imager)
Hand-held mobile imager that acquires thermal (far-infrared) and visible imagery, computes thermal/isotherm maps and indices, and applies machine learning for wound-healing trajectory prediction and automated categorization with EHR integration support.
Smart moisture and exudate mapping system (sensor array)
Wireless in-situ moisture and exudate sensing system using polymer thick-film sensor arrays to create moisture maps and track wet/dry cycles without dressing removal; configurable for biofilm detection.
Wearable ostomy sealant system
Body-worn ostomy pouch system integrating on-board disposable pumps and PTF leakage sensors to detect impending leaks and dispense biocompatible sealant to prevent effluent leakage and skin breakdown.
Smart Foot Mat (home foot oximetry and temperature monitor)
Home-use mat that collects foot oximetry and temperature data using near-infrared spectroscopy and temperature sensing to provide longitudinal monitoring and early alerting of ulceration risk.
Services
R&D partnerships and licensing
Collaboration, licensing, and co-development engagements for wearable medical devices, sensors, and mHealth imaging systems.
R&D partnerships and licensing
Collaboration, licensing, and co-development engagements for wearable medical devices, sensors, and mHealth imaging systems.
Expertise Areas
- Wound care device development
- Wearable medical systems
- Mobile health (mHealth) imaging and informatics
- Thermal imaging and isotherm analysis for tissue assessment
Key Technologies
- Far-infrared thermal imaging
- Visible-spectrum imaging
- Near-infrared spectroscopy (NIRS)
- Polymer-actuated micropumps