PING Enhances Prototype Injection Molding with Additive Manufacturing

This case study details PING's integration of additive manufacturing into its prototype injection molding processes. Established in 1959, PING is renowned for its high-quality golf clubs and innovative engineering practices. The company has utilized additive manufacturing for over two decades and recently sought to optimize its development workflow by implementing new technologies. The study outlines how PING identified specific stages in its manufacturing process where additive manufacturing could provide significant benefits, particularly in rapid prototyping and customization of injection molded parts. The use of Stratasys PolyJet systems has allowed PING to produce complex parts on-site, reducing costs and improving efficiency. The case study also discusses the validation of PolyJet technology through the production of mold inserts, highlighting the adjustments made to enhance mold quality and lifespan. Overall, PING's efforts in adopting additive manufacturing have led to reduced lead times and the potential for future applications in small volume production.