Global Vascular Co., Ltd.
Development of a stent for the treatment of lower extremity artery disease, aimed at conducting clinical trials in Japan and obtaining regulatory approval in the U.S.

As of February, 2026
| City | Year of Establishment | Founder |
|---|---|---|
| Chiyoda-ku, Tokyo | 2022 | Kenta Bito Shunto Maegawa |
| Partner VC | Latest round of Fundraising | Valuation |
|---|---|---|
| Diamond Medino Capital Co., Ltd. | Series B | Non-Disclosure |
- Contact Information: Please fill out the inquiry form on the company website and submit to us
- Website: Global Vascular Co., Ltd.
Program name
Deep-Tech Startups Support Program
Research theme
Development of a stent for the treatment of lower extremity artery disease, aimed at conducting clinical trials in Japan and obtaining regulatory approval in the U.S.
Business Plan
Lower Extremity Artery Disease (LEAD), an ischemic disease that affects the arteries in the lower limbs, is estimated to have a potential patient population of more than 200 million worldwide. In particular, the below-the-knee(BTK) vascular region remains challenging for achieving long–term patency treatment because narrow vessel diameters and slow blood flow increase the risk of restenosis. Through the development of the BioStealth™ drug-eluting stent*, we aim to create a future in which LEAD patients–especially those who have long faced limited treatment options–can receive therapy with confidence and benefit from sustained treatment outcomes.
*BioStealth™ is a concept for a stent that we are currently developing.
Research Outline
There are currently no stents available for peripheral artery disease in the below-the-knee region, where the foreign body reaction between living tissue and artificial objects is most severe. We are developing a drug-eluing and self-expandable stent that is highly biocompatible and capable of long-term patency even in the below-the-knee region by utilizing our unique biomaterial and drug-eluting coating techniques along with an ultra-thin stent design that is resistant to deformation.
| Phase | Business Area/Field | Research Period | Research Grant Amount |
|---|---|---|---|
| PCA | Healthcare | 2025-2027FY | Non-Disclosure |
International collaborative technology demonstration
| Countries/Regions | Collaborative activity outline |
|---|---|
| United States |
|
Last Updated : April 21, 2026