Workcell for Hybrid Medical Device Fabrication

Optimizing assembly is an important process for fabrication of hybrid medical devices comprising multiple components and materials. The process is highly complex, time-consuming and requires the devices to be free from contamination. It requires highly skilled and well-trained workers and a sterile and conducive environment to perform the assembly operations. However, the assembly of medical devices is often neglected and/or overlooked. We propose a novel, intelligent workcell system design that aims to effectively guide operators in the assembly process while maintaining the necessary environmental settings. The potential of the proposed workcell for fabrication of an artificial trachea is investigated.