Mastercam Router offers solutions for all your 2D, 3D, or multiaxis challenges — from wood to composites.
Powerful router programming tools
Two-dimensional machining can range from simple to extremely complex. Mastercam Router offers powerful 2D tools, including pocketing, drilling, nesting, and contouring. It also allows for automated feature-based solid model programming.
Mastercam Router allows for 3D machining with a streamlined and efficient process. It also includes automated cleanup of leftover stock.
Mastercam’s multiaxis capabilities let you control the three most important elements of multiaxis manufacturing: cut pattern and tool axis control, and collision avoidance.
Built for flexibility and control
Mastercam Router creates a collection of your preferred machining techniques and for easy application to new parts. Regardless of the part complexity, any changes made to the job will result in automatically updated toolpaths.
Once you program a part, no matter how complex, you can modify any element of the job and get updated toolpaths without slowing down. You can also build a library of your favorite machining strategies and apply them to new models.
Mastercam Router is powered by Mastercam’s Dynamic Motion technology, which extends tool life, reduces wear and minimizes tool dwell damage. Automated Toolpathing (ATP) speeds up flat panel work by utilizing parts from the world’s best design packages.
Mastercam Router has been shop-tested more than any CAM program in the world. You can count on Mastercam for real-world, proven results.
A comprehensive package of powerful tools.
- 2D machining can range from simple to very complex.
- Mastercam Router delivers powerful 2D tools from nesting, contouring, pocketing, and drilling to automated, feature-based, solid model programming.
- For 3D machining, Mastercam Router gives you streamlined, efficient 3D roughing and finishing, including automated leftover stock cleanup.
- Mastercam’s multiaxis capabilities give you complete control over the three crucial elements of multiaxis machining: cut pattern, tool axis control, and collision avoidance.