The future of surgery: robotics and ID design

Precise, ergonomic and accessible

In close cooperation with our customer and a number of specialized partners, we developed assemblies, interfaces and designed interfaces for a modern robotic surgical system over a period of more than two years. It had to be ergonomic, cost-efficient and accessible for different environments and healthcare systems. A central component was the low-cost telemanipulator, which was to enable minimally invasive interventions with high precision. Numerous tests and iterations ensured that the system could meet the highest clinical requirements while being easy to use.

Tailor-made user experience: customizable and intuitive

The system was designed to optimize working conditions in the operating theatre. Surgeons could flexibly adapt the interface to their individual requirements. Functions and screen layouts could be saved to ensure efficient use. The precise display of information and intuitive menus facilitated collaboration in the OR and enabled smooth communication between surgeon and OR team.

Ergonomics for long operations

The control unit was specifically developed so that surgeons can work without fatigue even during long procedures. Regular tests and feedback loops with ergonomic models showed that the working conditions could be noticeably improved from iteration to iteration. This should contribute to increased concentration and precision, which should further increase safety during operations.

Democratization of surgery: overcoming financial hurdles

The system was designed to break down financial barriers and enable high-quality surgical care even in less resourced healthcare systems. By using low-cost materials and efficient production, we were able to present a solution that would be accessible to many clinics. This democratization of minimally invasive surgery could open up new avenues for broader patient care.

Safety and efficiency in the operating theater

Safety in everyday surgery was a key objective of the development process. From simple ergonomic models to complex prototypes, the system was extensively tested in collaboration with medical professionals. This resulted in a solution that is characterized by precision and efficiency in everyday clinical practice.

Design dynamics: an integrated system

The Robotic Surgery System has become a seamlessly integrated ecosystem. All components - from the control unit to the surgical tools - were optimally coordinated with each other. This integration not only ensured efficient workflows, but also a user-friendly and safe environment in the OR.

Design evolution: progress through user feedback

Through regular feedback loops with surgeons and surgical teams, the system has been continuously developed. Each iteration resulted in tangible improvements, allowing innovative technologies to be seamlessly integrated and user-friendliness to be optimized. Although the project was not completed, we were able to develop a system that represents a clear step forward in terms of precision, cost efficiency and flexibility and stands out from existing solutions in key respects.

WILDDESIGN Part

Design vision

• Product and design concept
• System-wide design language and CMF (Color, Material, Finish)
• Design analysis (market, trend, system analysis)
• Conception and design of physical and digital user interfaces
• Preparation, implementation and documentation of usability tests