Asencompany
1 known investors
Ason develops wearable medical sensors and devices based on soft electronics, including sensors that measure tissue oxygen levels, detect pressure ulcers, and continuously monitor blood glucose. The South Korea-based company also builds electroceutical patches for chronic wound healing, serving the medical and patient-care market.
Also known as A-sen · ASEN · Asen company · ASEN Company · 에이슨
Founders & leadership
Investors · 1
Company profile
researched Aug 2026ASEN (에이슨) is a Seoul-based company developing wearable biomedical sensors and devices built on soft electronics, interface engineering and bio-synthetic materials. Its stated research focus spans the interfaces between dissimilar materials from nano to macro scale, and the synthesis of polymer substrates that are given properties such as electrical conductivity, light emission and energy storage so that the substrate itself can operate as a functional device without additional components. The company frames its work as converting bulky rigid instruments into small, flexible devices that can be worn on the skin for extended periods, including biomedical sensors and actuators with self-powered energy systems.
The product line-up comprises four items. LOXSA is a wearable tissue oxygen partial-pressure sensor that pairs a proprietary oxygen-sensitive sensing film with an optical module; the company states it measures non-invasively, returns a result within 10 seconds without a calibration step, operates without heating the skin, and can monitor continuously for 24 hours, targeting inpatients and surgical patients. PATISA is a pressure-ulcer (bedsore) sensor that measures pressure, temperature and impedance in a single sensor to detect stage-1 pressure ulcers early and support data-driven ulcer management. The CGM is a continuous glucose monitor using polymer microneedles for a minimally painful invasive measurement, powered by a supercapacitor rather than a battery to reduce power consumption and shorten the lag in glucose readings. The electroceutical product is a self-adhesive, stretchable transparent-electrode patch applied to wounds and scars that delivers electrical stimulation intended to promote circulation and cell regeneration for chronic wound healing and scar reduction. The company notes that product visuals on its site are concept images rather than finished products.
An external medical-device directory listing describes the company as building prototypes for clinical trials of its patented oxygen-detection sensors, positioned as a low-cost route to early detection of chronic conditions including heart disease, peripheral vascular disease and pulmonary disease.
Business model
The company develops proprietary materials and wearable sensor hardware in-house, protecting them through a patent portfolio, and lists manufacturing, laboratory and integrated office facilities alongside its R&D headquarters.
Traction
The company lists 14 patents and patent applications covering transcutaneous oxygen partial-pressure sensors, photoluminescence-based wearable sensor platforms, transparent film heaters, wearable bedsore detection sensors, and skin-attachable and adhesive transparent electrodes, filed in Korea, the United States, China and via PCT between 2015 and 2023. A directory listing states the company is producing prototypes for clinical trials of its oxygen sensors and reports two employees.
Latest developments
The company's site describes its current focus on wearable transdermal oxygen sensors alongside continued development of bio-synthetic materials synthesis technology, with patent filings recorded as recently as 2023.
▸Full profile — market position, technology, go-to-market, geography, history, risks & controversies
Market position
An early-stage medical device developer working at prototype and pre-clinical-trial stage, with concept-stage product imagery and a patent portfolio spanning Korea, the United States, China and PCT filings.
Claims for LOXSA include non-invasive measurement without skin heating, results in under 10 seconds without calibration, and continuous 24-hour monitoring. The CGM is described as battery-free through supercapacitor power with reduced measurement lag and painless microneedle insertion. PATISA measures pressure, temperature and impedance in one sensor. The electroceutical patch is described as self-adhesive, stretchable and transparent, with electrodes that can be laid out uniformly or in patterns.
Technology
The core technology combines soft electronics with a proprietary bio-synthetic materials synthesis approach that confers electrical conductivity, light emission and energy storage or harvesting onto polymer substrates, allowing the substrate to act as a functional device or biosensor without added components. Specific implementations include a photoluminescence-based sensing film read by an optical module for transcutaneous oxygen partial-pressure measurement, a multi-parameter sensor combining pressure, temperature and impedance for pressure-ulcer detection, polymer microneedles with supercapacitor-based power for battery-free continuous glucose monitoring, and self-adhesive stretchable transparent electrodes for electrical stimulation patches. The company also cites research into the physical and chemical properties of material interfaces, their formation mechanisms and the resulting mechanical and functional changes, using both experimental and computational methods.
Go-to-market
Hospitals and clinicians monitoring inpatients and surgical patients, caregivers managing pressure-ulcer risk, patients requiring continuous glucose monitoring, and chronic wound and scar treatment.
Geography
Headquartered in Seoul, South Korea, at the Yonsei University Engineering Research Complex (50 Yonsei-ro, Seodaemun-gu), with separate manufacturing, research and integrated office facilities. Patent filings extend to the United States, China and PCT.
History
A directory listing gives a founding year of 2021 and a Seoul location. Leadership consists of CEO Sejeong Park, who holds master's and doctoral degrees in transportation engineering from the University of California, Berkeley and a bachelor's degree in urban engineering from Yonsei University, with prior roles as PMO Director at Ralph Lauren Hong Kong, manager at AT Kearney and consultant at Entrue Consulting Partners (LG CNS); and CTO Jinwoo Park, a professor in Yonsei University's Department of Advanced Materials Science and Engineering with a PhD in materials science from MIT, prior positions as senior researcher at Samsung Electro-Mechanics' central research institute (2003-2007), postdoctoral researcher at Oak Ridge National Laboratory and research assistant professor at the University of Tennessee, and service as associate dean for research at Yonsei's College of Engineering (2022-2023).
Risks & controversies
Products are presented with concept imagery rather than finished devices, and the oxygen sensor is described as being at the clinical-trial prototype stage, indicating regulatory approval and commercialization remain ahead.
Compiled by commissioned research from 5 cited public sources — announcements, filings, and press listed under research sources below.
Key figures
latest reportedCompany-reported or press-reported figures, each dated to when it was claimed — not independently audited.
▸Research sources · 5
primary sources listed
- Asencompanyasencompany.com · web
5 public sources were cited for this profile; the first-party ones are listed here.
Frequently asked questions
- What does Asencompany do?
- South Korean developer of wearable soft-electronics biosensors and electroceutical patches for medical monitoring and wound care.
- Who are Asencompany's investors?
- Asencompany's investors include Kakao Ventures.
