Edgecare
Developer of ultrasound-based patient monitoring solutions focused on patch-type and wearable ultrasound sensors combined with AI image analysis. The company produces continuous, non-invasive monitoring systems for bladder volume and hemodynamics, pursues clinical validation and global regulatory approvals, and collaborates with academic and hospital partners to expand ultrasound applications into rehabilitation and assistive robotics.
Industries
Nr. of Employees
small (1-50)
Patents
Doppler ultrasound device and method for cardiac output measurement with two probes
US-12653491-B2
View DetailsUltrasonic volume measurement device and ultrasonic volume measurement system comprising same
US-12471803-B2
View Details
Doppler ultrasound device and method for cardiac output measurement with two probes
US-12653491-B2
View DetailsUltrasonic volume measurement device and ultrasonic volume measurement system comprising same
US-12471803-B2
View DetailsProducts
EdgeFlow UH10 (ultrasound bladder scanner)
Handheld ultrasound bladder scanner employing AI-based image contouring and dual-plane electronic probe imaging to measure bladder volume non-invasively.
EdgeFlow UW20 (wearable bladder monitoring solution)
Wireless wearable ultrasound patch system that continuously measures bladder volume and streams trend data to a dedicated interface or hospital monitoring system; includes notifications and multi-unit charging workflow.
EdgeFlow CW10 (patch-based Doppler hemodynamic monitor)
Patch-type Doppler ultrasound monitor designed for continuous assessment of fluid responsiveness by measuring carotid blood flow metrics and providing hands-free operation.
Wearable ultrasound gel pad (adhesive consumable)
Double-sided adhesive gel pad engineered for long-term stable attachment of wearable ultrasound sensors while maintaining biocompatibility and ultrasound coupling.
Patch-type Ultrasound Probe
A groundbreaking patch-type ultrasound probe designed to continuously monitor and clearly understand internal body conditions for proactive patient care across various clinical scenarios.
Wearable Ultrasound Gel Pad
Wearable ultrasound gel pad developed by Edgecare that has obtained U.S. FDA 510(k) clearance.
EdgeFlow UH10 (ultrasound bladder scanner)
Handheld ultrasound bladder scanner employing AI-based image contouring and dual-plane electronic probe imaging to measure bladder volume non-invasively.
EdgeFlow UW20 (wearable bladder monitoring solution)
Wireless wearable ultrasound patch system that continuously measures bladder volume and streams trend data to a dedicated interface or hospital monitoring system; includes notifications and multi-unit charging workflow.
EdgeFlow CW10 (patch-based Doppler hemodynamic monitor)
Patch-type Doppler ultrasound monitor designed for continuous assessment of fluid responsiveness by measuring carotid blood flow metrics and providing hands-free operation.
Wearable ultrasound gel pad (adhesive consumable)
Double-sided adhesive gel pad engineered for long-term stable attachment of wearable ultrasound sensors while maintaining biocompatibility and ultrasound coupling.
Patch-type Ultrasound Probe
A groundbreaking patch-type ultrasound probe designed to continuously monitor and clearly understand internal body conditions for proactive patient care across various clinical scenarios.
Wearable Ultrasound Gel Pad
Wearable ultrasound gel pad developed by Edgecare that has obtained U.S. FDA 510(k) clearance.
Expertise Areas
- Wearable ultrasound monitoring
- Bladder volume assessment and continuous voiding monitoring
- Non-invasive hemodynamic monitoring (Doppler-based)
- AI-driven ultrasound image analysis
Key Technologies
- Patch-type ultrasound probes
- Doppler ultrasound (carotid VTI, corrected flow time)
- Vector / angle-independent Doppler processing
- Deep learning for ultrasound image segmentation and contouring
News & Updates
Exhibited bladder scanner and wearable bladder monitoring solution at AAMI eXchange 2026 (Denver).
Showcased bladder monitoring solutions and hands-on skills experience at AACN-NTI 2026 (San Diego).
Selected to lead a multi-year national R&D program to develop AI ultrasound–based rehabilitation robot control technology using multi-wearable sensors; project budget ~KRW 7.1 billion.
Obtained U.S. FDA 510(k) clearance for a wearable ultrasound- and AI-based bladder monitoring device enabling non-invasive continuous bladder monitoring.
Received U.S. FDA 510(k) clearance for an adhesive gel pad designed to support long-term attachment and acoustic coupling for wearable ultrasound devices.
Domestic digital medical device certification (MFDS) for a wireless wearable bladder monitoring device enabling continuous monitoring up to 72 hours.
Exhibited bladder scanner and wearable bladder monitoring solution at AAMI eXchange 2026 (Denver).
Showcased bladder monitoring solutions and hands-on skills experience at AACN-NTI 2026 (San Diego).
Selected to lead a multi-year national R&D program to develop AI ultrasound–based rehabilitation robot control technology using multi-wearable sensors; project budget ~KRW 7.1 billion.
Obtained U.S. FDA 510(k) clearance for a wearable ultrasound- and AI-based bladder monitoring device enabling non-invasive continuous bladder monitoring.
Received U.S. FDA 510(k) clearance for an adhesive gel pad designed to support long-term attachment and acoustic coupling for wearable ultrasound devices.
Domestic digital medical device certification (MFDS) for a wireless wearable bladder monitoring device enabling continuous monitoring up to 72 hours.