Full-scale medical operation table 3D modeling, design, CAD, CAM

Project Summary I led the design, engineering, and final production of a medical operating table designed to optimize functionality, adaptability, and ergonomic support in surgical settings. This complex, high-precision project spans several years of iterative development, resulting in a finished product composed of over 300 individually engineered parts.

Concept & Initial Design Defined core objectives for enhancing surgical efficiency, focusing on adjustability and modularity. Conducted research on existing tables and identified areas for innovation, leading to an initial blueprint prioritizing multi-angle positioning and modular attachments.

Engineering & Component Development Designed and prototyped hundreds of components to ensure the final product met stringent requirements for medical settings. This included creating:

Testing & Refinement Conducted extensive tests, with input from medical professionals to refine ergonomics and stability. Implemented feedback into successive versions, improving joint structures, locking mechanisms, and material selection for durability and ease of use.

Final Product: A robust, fully operational medical table featuring modular parts and advanced adjustment capabilities. Clinically tested, the table enhances surgeon access, minimizes setup time, manufacturing time, and costs, and improves patient comfort, meeting high standards for surgical environments.

Mechanical Design: CAD software (Fusion 360) for complex component design

Prototyping & Iteration: Rapid prototyping and iterative development based on real-world and client feedback

Material Selection: Specialized in selecting medical-grade materials suited for rigorous use