01
Asen’s technology is based on soft electronics and interfacial engineering. Increasing individual interests in health has led the rigid electronics to soft electronics that can be wearable and is conformal to complex surface of human bodies. Combined with the concept of AI and mobile technology, soft electronics are creating technological opportunities not possible with silicon.
02
Asen’s current research efforts are focused on exploring broad areas of current and promising wearable systems, including biomedical sensors/actuators with self-powered energy system and integrated circuits and devices that consist of enormous ranges of dissimilar materials interfaces systems. The applications of the wearable technology could include continuously monitor and cure diseases; track physical and environment conditions for workers and athletes; and even improve surveillance and gaming.
03
Asen investigates interfaces between dissimilar materials at nano to macro-scale. We develop experimental and computational approaches towards understanding the fundamentals of the interfaces - physical and chemical properties of interfaces, interface formation mechanisms, and changes in mechanical / functional status of materials systems by forming interfaces. Our insights are the basis for designing newly engineered bio-materials and advanced wearable biomedical systems.
Tech
Innovative Materials
Asen utilizes proprietary material synthesis techniques to impart new characteristics to existing substances. For instance, it can confer properties such as electrical conductivity, light emission, and energy storage capabilities to polymer substrates, enabling them to function as biosensors without the need for additional components.
Wearable Devices Based on
Soft Electronics
Asen leverages advanced materials and soft electronics technology to transform conventional bulky and heavy electronic devices into compact and flexible wearable gadgets. These wearable devices can be comfortably attached to the surface of the human skin and are suitable for long-term use.
Line up
LOXSA
LOXSA is a wearable sensor developed by Asen that measures tissue oxygen tension. It accurately measures minute levels of oxygen by utilizing Asen's proprietary sensing film and optical principles within the module. LOXSA represents an innovative wearable sensor that offers new possibilities in the medical field through its precision, non-invasiveness, speed, and continuous monitoring capabilities.
01
Accurate Measurement
LOXSA precisely measures even minute levels of oxygen. This sensor accurately measures tissue oxygen tension by utilizing a sensing film that is sensitive to oxygen and an optical module.
02
Non-Invasive Method
LOXSA operates in a non-invasive manner, allowing patients to undergo tests comfortably without pain. Furthermore, this non-invasive measurement method enhances the efficiency of hospitals.
03
Swift Measurement
LOXSA boasts rapid measurement speed. It can accurately measure oxygen tension within 10 seconds, and it does not require a calibration process, minimizing measurement time.
04
Continuous Monitoring Feasible
LOXSA is a solution that can continuously measure a patient's tissue oxygen tension for 24 hours. It is suitable for monitoring the oxygen status of inpatients or surgical patients continuously.
DECUBITUS SENSOR
The Decubitus Sensor is a solution designed to swiftly detect the occurrence of pressure ulcers at stage 1, allowing for early intervention to prevent progression and worsening. It accurately measures pressure, temperature, and impedance to provide healthcare professionals and caregivers with rapid and precise patient status information. This enables early treatment and efficient patient management.
01
Multi-Measurement Capability
Asen's pressure sore sensor serves as a multi-measurement device that simultaneously measures pressure, temperature, and impedance. This enables precise assessment of pressure sore conditions.
02
Patient-Friendly Sensor
Asen's pressure sore sensor is designed to be safe for the patient's skin, ensuring no irritation or adverse effects. It accurately detects pressure sores, contributing to smooth patient care and management.
03
Innovative Management
Asen's pressure sore sensor offers an innovative approach to pressure sore management by scientifically diagnosing pressure sores early and preventing deterioration. Through data analysis, it establishes a more detailed pressure sore management system compared to conventional methods.
CGM
Asen's developed CGM (Continuous Glucose Monitoring) system is non-invasive and painless upon attachment. It operates without a battery by utilizing supercapacitors, thus innovatively enhancing user convenience. Additionally, it holds a technological advantage in long-term usability, offering painless, non-invasive measurement, rapid glucose response, minimal time delay in blood glucose measurement, and minimal power consumption.
01
Non-Invasive Blood Glucose Monitoring
Asen's CGM operates using micro-needles, allowing painless blood glucose measurement when attached to the user's skin surface, without the need for invasive methods.
02
Minimized Power Consumption
Asen's CGM functions without the need for batteries, utilizing supercapacitors. This innovative approach significantly reduces power consumption while enabling rapid glucose monitoring.
03
Minimized Time Delay in Blood Glucose Measurement
Asen's CGM minimizes the time delay in blood glucose measurement through a painless, non-invasive method, ensuring accurate and swift blood glucose monitoring in all medical settings.
ELECTROCEUTICALS
Asen's electroceuticals are transparent electrode patches with self-adhesive properties designed for wounds and scar areas. These patches enable the flow of electricity to promote wound healing and scar reduction. Thanks to their flexible materials and versatile electrode placement, they can be applied to various parts of the body, ensuring swift therapeutic effects.
01
Self-Adhesive Transparent Patch
Asen's electroceuticals feature a self-adhesive property that allows them to adhere gently to the skin's surface. They are constructed with transparent electrode patches that enable the flow of electricity.
02
Promotion of Cell Regeneration
Asen's electroceuticals utilize unique electrical stimulation to activate blood circulation in wound areas and promote cell regeneration. This results in effective wound and scar treatment for users.
03
Flexible Materials and Electrode Placement
Asen's electroceuticals are made from flexible materials that can conform to the user's desired shape. The placement of electrodes within the patch can be uniform or arranged in specific patterns.
Security
Asen has implemented various patent strategies to protect its proprietary technology. These strategies encompass the protection of core technologies, finished products, manufacturing devices, and processes. Asen is committed to safeguarding its technological prowess and intellectual property.
KOR 10-2020-0110966
Flexible Transcutaneous Oxygen Partial Pressure Sensor
KOR 10-2015-0068038
Wearable Sensor Platform Based on Optical Luminescence and Remote Sensing Device Using the Same
KOR 10-2015-0001310
Transparent Film Heater and Its Manufacturing Method
USA 14/931,309
Transparent Film Heater and Manufacturing Method Thereof (Korea)
USA 17/112,805
Flexible Transcutaneous Oxygen Partial Pressure Sensor
KOR 10-2021-0038530
Wearable Bedsore Detection Sensor and Bedsore Detection System, Including the Same
PCT/KR2021/019385
Wearable Bedsore Detection Sensor
KOR 10-2022-0106789
Skin-Attachable Transparent Electrode and Method for Manufacturing the Same
PCT/KR2023/012514
Skin-Attachable Transparent Electrode and Method for Manufacturing the Same
KOR 10-2017-0044963
Transparent Electrode and Method for Manufacturing the Same
USA 14/989,412
Transparent Electrode and Manufacturing Method Thereof
CHN 201610007195
Transparent Electrode and Basic Manufacturing Method
KOR 10-2020-0030280
Adhesive Transparent Electrode and Manufacturing Method Thereof
USA 16/169,174
Adhesive Transparent Electrode and Method of Fabricating the Same
Leaders
CEO Ph.D
Sejung Park
Sejung Park, the CEO of Asen, is at the forefront of exploring new possibilities in healthcare through technology and innovation, with her expertise in medical technology, innovative mindset, and exceptional leadership.
CEO, Asen company
PMO Director, Ralph Lauren, Hong Kong
Manager, AT Kearney
Managing Consultant, Entrue Consulting Partners, LG CNS
Ph.D., Transportation Engineering, Dept. of Civil and Environmental Engineering, University of California, Berkeley
M.S., Transportation Engineering, Dept. of Civil and Environmental Engineering, University of California, Berkeley
B.S., Dept. of Urban Planning and Engineering, Yonsei University
CTO Ph.D
Jin-Woo Park
Professor Jin-Woo Park, leading the technology at Asen, possesses remarkable insights into the latest technological trends. She injects new momentum into Asen's research and development division and takes responsibility for R&D, drawing upon her extensive experience and knowledge.
CTO, Asen company
Professor, Dept. of Materials Science and Engineering, College of Engineering, Yonsei University
Adjunct Professor, College of Nursing, Yonsei University
Adjunct Professor, Dept. of Display Convergence Engineering, College of Engineering, Yonsei University
External Director, Dongguk CM Co., Ltd.
Senior Researcher, Samsung Electro-Mechanics Central Research Institute (2003 - 2007)
Associate Dean of Research, College of Engineering, Yonsei University (2022 - 2023)
Postdoctoral Researcher, Oak Ridge National Laboratory, USA (2002 - 2003)
Research Assistant Professor, University of Tennessee, USA (2002 - 2003)
Ph.D., Dept. of Material Science and Engineering, Massachusetts Institute of Technology (MIT), USA (1997 - 2002)
B.S., Metallurgical Engineering, Yonsei University (1992 - 1996)
Winner of the 2010 Haedong Young Scientist Award
Member of Sigma Xi, The Scientific Research Society, since 1998
Contact
Headquarters
Yonsei University College of Engineering serves as the epicenter for Asen's research, development, and technological operations. Here, various research teams and experts collaborate, leveraging innovative ideas and cutting-edge technology to pioneer advances in the field of healthcare.
Factory / R&D center / Integrated Office
Our factory, R&D center and integrated office play a crucial role in developing new products by harnessing cutting-edge technology and advanced equipment. Our dedicated research teams strive to create high-quality products based on innovative ideas and technology in the healthcare sector.