明志科大×台塑生醫 合作成果亮相亞洲生技展 展現技術商品化實力
MCUT × FCB: Collaborative Achievements Unveiled at BIO Asia–Taiwan, Showcasing Technology Commercialization

明志科技大學與台塑生醫科技公司共同開發的兩項技術商品化成果──「微光眼鏡」與「濕熱背心」，於2025年亞洲美容保養．生技保健大展在台塑生醫主題館正式亮相，展現產學合作的創新能量。7月25日展覽期間，台塑生醫董事長王瑞瑜親臨現場參觀，由明志科大校長劉祖華陪同導覽，獲得高度肯定。

「微光眼鏡」源自明志科大有機電子研究中心的OLED技術，結合台塑生醫的開發量產，打造出具保健功能的智慧穿戴產品；「濕熱背心」則運用智慧醫療研究中心開發的遠紅外線吸濕材料，與台塑生醫設計能量融合，提供舒適與健康兼具的穿戴體驗。兩項產品目前已完成技術移轉並上市，雙方亦持續合作開發新商品如「濕熱眼罩」。

王瑞瑜亦參訪「T5GIP臺灣大學科研產業化平台」展區，了解明志科大與臺灣大學系統合作的兩項前瞻技術：材料系劉定宇團隊的「拉曼增強光譜藥敏檢測技術」及半導體學程張峻瑜團隊的「聚肽高分子肌肉修復支架」，分別應用於臨床診斷與再生醫療，展現明志科大在生醫材料領域的研發潛力。

校長劉祖華表示，明志科大近年積極推動醫材與智慧醫療研發，強化與產業鏈結，逐步將研究成果商品化，未來將持續拓展高階材料與智慧醫療應用，實踐大學社會責任，助力產業創新。

Ming Chi University of Technology (MCUT) and Formosa Biomedical Technology Corporation (FCB) showcased two jointly developed and commercialized technologies—the Low-Light Therapy Glasses and the Moist-Heat Vest—at the 2025 BIO Asia–Taiwan Exhibition in FCB’s themed pavilion, highlighting the innovation driven by industry-academia collaboration. On July 25, FCB Chairperson Ms. Sophia Wang visited the exhibition, accompanied by MCUT President Dr. Tsu-Hua Liu, and expressed high praise for the partnership’s achievements.

The Low-Light Therapy Glasses stem from OLED technology developed by MCUT’s Organic Electronics Research Center, and were mass-produced through FCB’s R&D and manufacturing expertise to create a health-focused wearable device. The Moist-Heat Vest, meanwhile, integrates far-infrared moisture-absorbing materials created by MCUT’s Research Center for Intelligent Medical Devices, with FCB’s design capabilities, offering both comfort and wellness benefits. Both products have completed technology transfer and are now commercially available. The partners are continuing their collaboration with new products, such as the Moist-Heat Eye Mask.

Ms. Wang also visited the “T5GIP—Taiwan University System Innovation Platform” exhibition area, where she learned about two cutting-edge MCUT technologies developed in collaboration with the National Taiwan University System: Dr. Ting-Yu Liu’s team from the Department of Materials Engineering presented a Raman-enhanced spectroscopy-based antimicrobial susceptibility testing platform, and Mr. Chun-Yu Chang’s team from the semiconductor program introduced a polypeptide-based scaffold for muscle regeneration, both showing strong potential in clinical diagnostics and regenerative medicine.

President Liu emphasized that in recent years, MCUT has actively promoted the development of medical devices and smart healthcare, strengthening its ties with industry and steadily commercializing research outcomes. The university will continue to expand its applications in advanced materials and intelligent medical technology, fulfilling its social responsibility and supporting industrial innovation.