Enhancing Health with
Innovative Soft electronics.

Enhancing Health with
Innovative Soft electronics.

Enhancing Health with
Innovative Soft electronics.

ASEN is developing wearable bio sensors and devices by combining

soft electronics and bio-synthetic materials, with a current focus on wearable transdermal oxygen sensors.

ASEN is developing wearable bio sensors and devices by combining soft electronics and bio-synthetic materials, with a current focus on wearable transdermal oxygen sensors.

ASEN is developing wearable bio sensors and devices by combining soft electronics and bio-synthetic materials, with a current focus on wearable transdermal oxygen sensors.

technology

Soft electronics

ASEN is currently engaged in the development of an advanced bio-synthetic materials synthesis technology. Through the implementation of their proprietary techniques, this technology enables polymer substrates to acquire remarkable properties such as electrical conductivity, light emission, and energy storage capabilities. As a result, these polymer substrates can function autonomously as functional devices, eliminating the need for additional components.

(임시 텍스트)

Bio new material synthesis technology

ASEN is currently in the process of developing an innovative and proprietary bio-material synthesis technology. This groundbreaking technology aims to enhance polymer substrates by imbuing them with exceptional capabilities such as electrical conductivity, light emission, and energy harvesting. As a result, the polymer substrate itself can function as a highly functional device, revolutionizing the potential applications of these materials.

(임시 텍스트)

The potential of ASEN's technology

ASEN can develop innovative medical products by combining soft electronics and bio-synthetic materials, including wearable devices and biomedical sensors for medical purposes.

ASEN can develop innovative medical products by combining soft electronics and bio-synthetic materials, including wearable devices and biomedical sensors for medical purposes.

ASEN can develop innovative medical products by combining soft electronics and bio-synthetic materials, including wearable devices and biomedical sensors for medical purposes.

Team

CEO

Ph.D

Park, Sejeong

Park, Sejeong the CEO of ASEN, is at the forefront of leading the company's management in developing sustainable business models and pioneering innovative solutions.

  • Bachelor's degree in civil engineering, yonsei university

  • Master's/Ph.D. in transportation engineering, department of civil and environmental engineering, university of california, berkeley

  • Manager at at kearney

  • General consultant at entrue consulting partners, LG GNS

  • PMO director, ralph lauren, hong kong

CTO

Ph.D

Park, Jinwoo

Professor Park, Jinwoo actively tracks and applies the latest technologies and trends to ASEN's R&D efforts, with a focus on developing new products and technologies.

  • Ph.D. in materials engineering, dept. of material science and eng, MIT

  • Professor, department of advanced materials science and engineering, yonsei university

  • B.S. in metallurgical engineering, yonsei university, department of metallurgical engineering

  • Senior researcher, samsung electronics central research institute

  • Postdoctoral researcher, oak ridge national laboratory

Products

Products

Loxsa is a wearable device developed to measure tissue oxygen tension within the body. It utilizes a proprietary technology by ASEN, employing a sensing film that accurately measures minute amounts of oxygen emitted from the skin.

01

Accurate measurement

Loxsa has the ability to accurately measure minute amounts of oxygen, and its key factors enabling this capability are high-performance sensing film and luminescent technology.

01

Accurate measurement

Loxsa has the ability to accurately measure minute amounts of oxygen, and its key factors enabling this capability are high-performance sensing film and luminescent technology.

01

Accurate measurement

Loxsa has the ability to accurately measure minute amounts of oxygen, and its key factors enabling this capability are high-performance sensing film and luminescent technology.

02

Fast measurement time

Loxsa can provide oxygen concentration measurement results within 10 seconds, and this rapid result generation enhances the efficiency of patient monitoring and improves the productivity of healthcare professionals.

02

Fast measurement time

Loxsa can provide oxygen concentration measurement results within 10 seconds, and this rapid result generation enhances the efficiency of patient monitoring and improves the productivity of healthcare professionals.

02

Fast measurement time

Loxsa can provide oxygen concentration measurement results within 10 seconds, and this rapid result generation enhances the efficiency of patient monitoring and improves the productivity of healthcare professionals.

03

Non-invasive measurement

Loxsa, capable of performing non-invasive oxygen measurement, offers patients a comfortable user experience and provides ease of measurement. It is one of the key components for a better healthcare monitoring solution.

03

Non-invasive measurement

Loxsa, capable of performing non-invasive oxygen measurement, offers patients a comfortable user experience and provides ease of measurement. It is one of the key components for a better healthcare monitoring solution.

03

Non-invasive measurement

Loxsa, capable of performing non-invasive oxygen measurement, offers patients a comfortable user experience and provides ease of measurement. It is one of the key components for a better healthcare monitoring solution.

04

Measurement possible without skin heating

While conventional oxygen sensors sometimes utilize heating methods to measure, Loxsa can accurately measure oxygen concentration without heating the skin.

04

Measurement possible without skin heating

While conventional oxygen sensors sometimes utilize heating methods to measure, Loxsa can accurately measure oxygen concentration without heating the skin.

04

Measurement possible without skin heating

While conventional oxygen sensors sometimes utilize heating methods to measure, Loxsa can accurately measure oxygen concentration without heating the skin.

This screen is a concept image subject to future changes.

Decubitus sensor

ASEN's pressure ulcer sensor is a product developed based on innovative technology, serving the purpose of preventing and detecting pressure ulcers at an early stage. The sensor simultaneously measures various factors such as pressure, temperature, and impedance to alert the user before the occurrence of pressure ulcers by sending notifications.

This screen is a concept image subject to future changes.

Continuous glucose meter (CGM)

Continuous glucose monitors utilize tiny polymer micro-needles that are painlessly inserted into the skin's surface. These micro-needles absorb blood to measure blood glucose levels, enabling continuous glucose monitoring.

This screen is a concept image subject to future changes.

Electronic drugs for chronic wound healing

The electronic patch for chronic wound healing applies electrical stimulation to wounds and scars, promoting healing and reducing scarring. It features a self-adhesive material with transparent electrodes for excellent adaptability.

security

ASEN is implementing various patent strategies to protect its proprietary technologies. These strategies encompass the protection of core technologies, finished products, manufacturing equipment, and processes. ASEN aims to safeguard its technical expertise and intellectual property while maintaining a competitive advantage.

Key protection technology

Protection of oxygen sensor finished products and accessories

Protection of oxygen sensor manufacturing equipment

Key protection technology

Protection of oxygen sensor finished products and accessories

Protection of oxygen sensor manufacturing equipment

patent

  • Flexible transcutaneous oxygen partial pressure sensor, US

  • Transparent film heater and manufacturing method thereof, US

  • Flexible transcutaneous oxygen sensor, Korea

  • Wearable sensor Platform based on photoluminescence and Remote sensing apparatus the same, Korea

  • Transparent film heater and manufacturing method thereof, Korea

Contact

ASEN, a subsidiary of yonsei university's technology holding company based in seoul, south korea, has a headquarters and a lab plant. The headquarters is the main center for research, development, and technical operations, while the lab plant focuses on producing ASEN's products.

Headquarter

Yonsei university graduate school of engineering is ASEN central hub for R&D and technical operations. It leads in the medical field, leveraging innovative ideas and cutting-edge technologies with diverse research teams and experts.

Yonsei university, 50 yonsei-ro, seodaemun-gu, seoul, korea

info@asencompany.com

Lab

The lab institute plays a role in developing new products by leveraging cutting-edge technology and advanced equipment. The specialized research team strives to create high-quality products based on innovative ideas and technologies in the medical field.

4F 416, 417, 418 The sky valley 5cha, deungchon-dong 628-9, gangseo-gu, seoul, korea

Enhancing Health with Innovative Soft electronics.

Enhancing Health with Innovative Soft electronics.

Enhancing Health with Innovative Soft electronics.

© 2021~2023 Asen company. All Rights Reserved.

© 2021~2023 Asen company. All Rights Reserved.