
Award
2026.09.30
Lyson Wins Gold for SimTissue® at the
[2026第14屆「資訊應用服務創新創業新秀選拔]
Lyson Wins Gold at the 2026第14屆「資訊應用服務創新創業新秀選拔」
Behind every medical procedure is a process of learning, preparation, and practice. As medical technologies continue to evolve, creating opportunities for healthcare professionals to explore new techniques and become familiar with medical devices remains an important part of medical education.
At Lyson, we focus on making that learning experience more practical through medical simulation.
Our SimTissue® AI-Powered One-Stop Minimally Invasive Surgery Training Platform combines biomimetic materials and medical simulation technology to create realistic environments for hands-on training. From surgical education and medical device demonstrations to customized workshops, SimTissue® helps connect technological development with practical training needs.
Behind SimTissue® is our ongoing work in material development and manufacturing technology. By combining hydrogel-based biomimetic materials with 3D-printed molds, Lyson develops anatomical simulation models designed to support different training applications. This approach allows us to explore customized model designs and material properties that reflect the needs of medical education and device demonstrations, turning technical concepts into tangible tools for hands-on learning. This work recently received the Gold Award in the Quality Startup Category at the 2026第14屆「資訊應用服務創新創業新秀選拔」, recognizing Lyson's continued efforts in medical simulation technology.
For us, the significance of this achievement goes beyond receiving an award. It represents another opportunity to introduce the possibilities of medical simulation to a wider audience and demonstrate how innovative technologies can support medical education and professional training. As we continue developing SimTissue®, our focus remains on understanding real training needs, expanding practical applications, and working with healthcare professionals, educators, and industry partners to explore new possibilities in medical simulation.



