A creative collaboration between UConn’s Connecticut Manufacturing Simulation Center (CMSC) and ZANEEZ® Health in Glastonbury, Conn., is focusing on virtual prototyping of an innovative foot and ankle platform made from advanced thermoplastic polymers. This process reduces the time and cost associated with multiple rounds of physical testing, optimizing structural integrity and product performance before physical production begins.
“AnkleSTONE®, developed by ZANEEZ® Health, represents a significant advancement in orthopedic rehabilitation devices,” says Jeongho Kim, principal investigator and CMSC director, and also a professor for the School of Mechanical, Aerospace and Manufacturing Engineering. “This partnership with CMSC allows our team to provide advanced technical expertise and simulation capabilities to enhance product development.
“At CMSC,” Kim explains, “we have the tools and computational resources to assist companies like ZANEEZ® in overcoming limitations in physical prototyping. Our partnership enables them to analyze critical load capacities and structural performance, for example, helping refine the AnkleSTONE® design for maximum effectiveness and resilience.”