The article discusses a new way to design high-performance parallel machine tools (PMT) using computer-aided methods. The researchers integrated four different design approaches to create a more efficient and accurate design process. By combining case-based, mechanism-based, combined, and synthesis-based design methods, they developed a software tool to help with the conceptual design of PMT. This approach aims to improve the prototyping design process for PMT by enhancing stiffness, accuracy, and speed capabilities.