In addition to exporting toolpaths in standard G-Code format, all Carveco software includes a database of post processors covering a variety of machine tool manufacturers and machines. In this tutorial we'll look at the different ways you can save toolpaths, both individually or all together, and explore the options within the Save Toolpath dialog.
Nesting is the process of fitting parts to material in the most efficient way possible, with savings seen on both machining time and material cost.
If you own a unique tool that isn't found in the Carveco Tool Database, the Create Custom Form Tool option allows you to create your own custom tool for use in Carveco. Starting with the profile of an open vector to define the basic shape, you can then define all aspects of the tool based...
The Batch Calculate Toolpath option allows you to automatically calculate a set of toolpaths. Combined with toolpath templates, this can be a powerful time-saving operation for large production runs.
Toolpath Templates in combination with Batch Calculate is a powerful feature that allows you automatically apply pre-created toolpaths and toolpath settings to vector artwork or vector layers.
The ability to Transform Toolpaths lets you adjust pre-created toolpaths without the need to amend the original vectors from your design. This is a great time saving feature that allows you to make adjustments without having to recalculate all toolpaths within your model. A further feature is the ability to project 2D toolpaths over a...
An additional design feature of the Fluting tool, the Fluted Weave lets you create intricate weaving designs using the ramping moves and the profile of your selected tool.
Toolpath Panelling or Tiling is the ability break up a large design to machine in multiple sections. This effectively allows you to machine work that's larger than the physical dimensions of your machine bed.
With the Texture Toolpath tool, you have the ability to create organic or geometric textures and patterns using the geometry of your tool. You can further control the final design by amending the length, depth and angle of your cuts or by using a selected vector as a drive rail.
