Medical Devices

Developing operational mechanisms that reflect the surgeon's intent more accurately and intuitively.
In addition to efficient and highly reproducible mechatronics design, we are building assist algorithms that balance reducing the surgeon's cognitive load with improving operational precision, thereby enhancing both safety and surgical efficiency.

By grounding our design in the real-world needs of clinical settings, we aim to establish highly viable and practical robotic-assisted technologies.

Through the fusion of materials science and clinical medicine, we are advancing the R&D of highly biocompatible implants.

We design with long-term safety and adaptability to internal environments in mind, while also optimizing manufacturing processes for practical application. Through this, we aim to create next-generation medical devices that minimize patient burden while delivering sustained therapeutic efficacy.

Enhancing the precision of surgical navigation utilizing 3D visualization of the surgical field and real-time motion tracking technologies.
Furthermore, by integrating AI-driven intraoperative support systems, we are building an advanced information infrastructure to support surgeons' decision-making.

By developing a platform that links and integrates various medical data, we will realize an innovative surgical environment that ensures both safety and precision.

Leveraging the foundation of the Kobe Future Medical Vision, we will collaborate with US academia and VCs to build a medical device development framework predicated on global expansion, driving everything from regulatory compliance to commercialization as a unified process.

Simultaneously, through practical education for graduate students, we will cultivate next-generation medical device development talent capable of thriving on the international stage.