Enztec Case Study on CNC Cycle Time Reduction

This case study details how Enztec, a New Zealand manufacturer specializing in high-precision orthopaedic surgical instruments, implemented Vericut Force force-based optimisation to achieve a 16% reduction in CNC cycle times. The study outlines the methods used to stabilize unattended machining processes and increase annual machining capacity by over 1,800 hours without the need for additional machines or labor. It discusses the challenges faced in traditional CNC machining environments, including the risks associated with unexpected tool wear and conservative programming practices. Enztec adopted Vericut Force to simulate the actual physics of the cutting process, allowing for dynamic adjustments in feed rates according to the engagement conditions. The case study also describes the importance of accurate machine modeling in ensuring reliable simulation outcomes, leading to significant improvements in production efficiency and tool life consistency. Overall, the findings illustrate the importance of data-driven approaches in CNC programming and automation processes.