With GibbsCAM 2.5D Solids, you do not have to start with solid models to take advantage of solids-based machining. If you still work with surface models, GibbsCAM 2.5D Solids can still cut your jobs and provide a great migration path to solids-based machining. And you can create your own surfaces for machining. With GibbsCAM 2.5D Solids, you can read in surface models and then repair any problems that you encounter with a broad range of surface modeling tools. With its powerful solid modeling tools, you can take full advantage of solid modeling technology.Įven with the transition to solids, CAD systems still generate surface models that must be imported and machined. And its industry-leading ease-of-use makes working with solids straightforward and easy-to-understand. Whether you import solid models from a CAD system, create your own from scratch, or modify an imported solid to create a manufacturable version, GibbsCAM 2.5D Solids provides a full range of solid modeling functionality with advanced functionality like history trees to support you. Increase your efficiency and productivity by creating CNC programs faster and more easily.

Use specialized tools to import, repair, and automatically solidify surface data. Create, import, and modify solid models and then generate programs to machine them. There is limited flexibility in the 2D Swept toolpath but if the feature being machined fits the requirements for this toolpath, it's pretty hard to beat.įor those interested in trying this programming technique yourself, here is a link to download the solid model.GibbsCAM 2.5D Solids includes significant surface and solid modeling capabilities and the functionality to machine surfaces and solids directly. The along boundary must lie parallel or perpendicular to the current toolplane.ĢD Swept toolpaths are typically very efficient with amount of gcode/nci created for a given profile compared to an equivalent 3D toolpath. A Swept 2D toolpath can have only one along contour. So 2.

In 3D machining, you can move all three axes simultaneously or independently. In 2D machining, you can move the x and y-axis together or independently. There are a few rules for this toolpath to be aware of. 2.5D machining is when you can move two axes simultaneously ( x and y) and move the third axis (z-axis) while the other two axes are still. Swept 2D toolpaths are 2.5-D toolpaths that are created by sweeping one contour (the across contour) along a second contour (the along contour). This video focuses on the 2D Swept toolpath. This wireframe geometry can be extracted from solid models or surfaces, or you can create the needed wireframe without any solid or surface. Mastercam's wireframe toolpaths let you create toolpaths similar to 3D toolpaths, but with the use of wireframe geometry. They can be extremely useful toolpaths once you have an understanding of how they work. The Wireframe Toolpaths in Mastercam are often overlooked.

Mastercam 2.5 d milling