Case Study 04
Medical IPC Design
A medical Edge AI computer designed to bring a cleaner product identity, functional integration, and clear clinical application context to industrial computing hardware.
Industrial Design, Product Form, 3D Modeling, CMF, Product Visualization
Healthcare / Medical Computing / Industrial PC
Enclosure concept, form language, ventilation design, CMF, 3D modeling, engineering collaboration
Developed a medical-oriented Edge AI IPC enclosure that balances a clean clinical identity, functional integration, and manufacturable construction.
01 / Design Direction
Translate industrial computing hardware into a calm, medical-ready product identity.
MEC100 was conceived for AI-assisted clinical imaging applications. The design direction uses a softened, off-white enclosure and a tapered operating face to suit healthcare environments, while leaving clear space for front operation, rear connectivity, internal components, ventilation, and metal enclosure assembly.
02 / Key Details
Turn ventilation and interface concepts into coherent product details.
The ventilation pattern, enclosure studies, and interface concepts were developed as part of a unified product language. This supports practical airflow while maintaining a clean, medical-oriented appearance and clear operating logic.
03 / Engineering Integration
Develop the enclosure around real components, cooling needs, and practical assembly logic.
The product form was resolved together with the internal board, fan, brackets, rear ports, and sheet-metal enclosure parts. Exploded views supported review of component clearance, assembly sequence, and the relationship between exterior styling and engineering requirements.
Product Motion
A short rotation study showing the final MEC100 form from multiple angles.
04 / Product Communication
Translating product features and medical applications into clear visual communication.
A four-page product brochure presenting MEC100’s AI medical imaging applications, system integration, and hardware features through a consistent visual language.
