Challenges
Tellyes is a high-tech enterprise specializing in the R&D, manufacturing, and sales of modern medical education products, positioning itself as a leading manufacturer of premium medical education devices.
For the Tellyes Simulated Medical Rehabilitation Cart project, the client required the integration of eight therapeutic training systems into a single module-integrated product. This included simulating five medical diagnostic devices, such as a transcutaneous electrical nerve stimulator, an infrared therapy device, and an ultrasound therapy device. Key challenges included ensuring the design aligned with the professional aesthetics of medical education equipment and addressing functional integration efficiently.
Research & Insights
Through extensive research into similar product categories—specifically medical carts—we established the foundational color palette and design language for the simulated medical education cart. Emphasizing modularity, we identified "disassemblability" and "space-saving storage" as pivotal design opportunities to enhance usability and adaptability.
Solution
The design centers on a modular, disassemblable structure, allowing users to switch operation panels to simulate the functions of eight medical diagnostic devices. A drawer integrated into the front panel, equipped with a spring-loaded slide mechanism, eliminates the need for handles and serves as a storage compartment for interchangeable panels. A rear storage compartment ensures easy transport of additional accessories.
For ergonomic usability, the display screen and surgical light are mounted on adjustable brackets, allowing height and angle adjustments within optimal human-machine interaction ranges.
The cart’s gently curved silhouette fosters a psychologically approachable and professional impression, enhancing user experience through its intuitive, friendly form.
Results & Impact
The Tellyes Simulated Medical Rehabilitation Cart revolutionizes medical simulation scenarios by streamlining equipment usage and significantly reducing spatial requirements compared to traditional multi-device setups. It delivers a reliable, innovative solution for medical education products, setting a new standard for versatility and efficiency in the field.
