No one would argue that burying the tool like this reduces the number of passes. And, because the tool is constantly engaged, stress on the machine tool is reduced without the lifting and repositioning common with many toolpaths. This may seem counterintuitive, he noted, but the upside is tremendous-chip load and, therefore, heat is reduced, so more of the tool’s length can be engaged, extending tool life. GibbsCAM toolpath simulation shows two tools cutting simultaneously on a Tsugami TMU1 Swiss-style machine. The cutter shifts to maintain constant engagement without regard to part geometry.” Dynamic toolpaths, on the other hand, appear chaotic. It uses regular step-over amounts that, as a rule, follow the part shape. They essentially ignore the shape of the part in favor of consistent tool load.”ĭynamic Motion produces toolpaths that some machinists might shake their heads at, Mund said. “Rather than offsetting the part geometry a set amount, Dynamic toolpaths are based on the material-removal rate.
![mastercam x8 cost mastercam x8 cost](https://i.ytimg.com/vi/fZE5B930XT4/maxresdefault.jpg)
MASTERCAM X8 COST SOFTWARE
What were once simple racetrack-style offset toolpaths have evolved into smart motions that dynamically adjust approach angles and feed rates to minimize stress on cutting tools while maximizing metal-removal rates.īen Mund, senior marketer at CNC Software Inc., Tolland, Conn., said the company’s latest release, Mastercam X8, includes a revamp of its 5-year-old Dynamic Motion technology. The more metal removed, the more critical CAM systems are to part quality, tool life and shop profitability. Images courtesy CNC Software.Įffective toolpaths are the lifeblood of any machine shop. James, Mo., says it employs the same Mastercam Dynamic Motion technology it uses to make thin-walled parts for aerospace customers as it does to manufacture single-billet aluminum Metalin guitar bodies, which are light, strong and have excellent tone quality.