Robotic Precision in Prosthetic Socket Fabrication

Innovative Workflow Thanks to Abhisek Sha for sharing insights into the integration of ENCY CAD/CAM software and the FANUC M-20iD robot. The process showcased involves intricate 5-6D cutting operations that emphasize the importance of precision in prosthetic socket fabrication. The use of PU foam as the base material highlights the clean and efficient outcome of this advanced manufacturing technique. Advanced Machining The accompanying video simulations provide a detailed look at the machining process. The six-axis FANUC robot, equipped with a milling spindle, performs operations such as roughing and rotary finishing. These operations are meticulously programmed within the ENCY software, enabling accurate carving of transtibial moulds from foam blocks. This approach is revolutionizing prosthetic socket manufacturing by offering tailored solutions in the medical and dental industries. Practical Use and Results The safety-framed environment in which these operations occur ensures high precision and repeatability, crucial factors for prosthetic applications. The detailed toolpath programming and machining simulations prominently feature how ENCY facilitates complex robotic milling applications, providing a new frontier for rehabilitation technology.