The inspiration for developing a next-generation ECP system came from my initial design for a non-invasive blood glucose monitor. Traditional blood glucose monitoring methods involve finger-pricking and can cost over a hundred dollars per day for multiple tests, creating a financial burden for the health insurance system or some patients.
The excitement surrounding our non-invasive glucose monitor led people to ask if we could also develop a treatment-focused product. This query planted the seed for our subsequent direction.
In Taiwan alone, over 2 million individuals suffer from diabetes and more than 4 million deal with hypertension. We decided to channel our efforts in this area and initiated comprehensive global research. We found that ECP (External Counterpulsation) devices have received U.S. FDA approval for effectively improving cardiovascular-related chronic disease. These devices are also in use across dozens of countries, and many leading hospitals in Taiwan have adopted this technology. However, the substantial size, the requirement for 35 hospital visits, and the high production costs of existing ECP systems have made the treatment both expensive and less accessible to a wider patient demographic. This led us to rethink the system’s design, and our initial prototype successfully demonstrated that we could both reduce manufacturing costs and enhance the efficiency of ECP.