The Area Clearance Toolpath is designed to create a pocket or a recess in your material. It's also the best way to remove large amounts of material and therefore perfect for surfacing material such as a spoil/waste board. Like all Carveco Toolpaths, you have further controls over how the Area Clearance toolpath operates including Raster...
The Drilling toolpath is specifically designed to help with drilling holes in your model. The size of the drill hole is determined by the diameter of the cutting tool that is used during the machining process.
The V-Bit Carving Toolpath allows you create a faux 3D effect using the shape, or angled profile, of the V-Bit tool. It's most frequently used on lettering for signage and plaques.
Bevel Carving, or Prismatic Carving, can be thought of as V-Bit carving in reverse - using a V-Bit tool to profile the outside of a vector, creating a raised, angled effect. Much like V-Bit Carving, this is most commonly used for lettering in signage and woodworking or engraving.
Creating an Inlay is the process of creating a female pocket or recess, then creating male part to fit within it. In this video, we'll be exploring how to use Carveco's Inlay Toolpath to simplify creating both male and female parts to get the best fit possible.
In this video we take a look at machining radiused corners using a Roundover tool. We go into detail about every aspect of how to machine a roundover from start to finish, taking you through the basics from how to set up your tool and save it (with a real-life example!), how to create your...
The Fluting Toolpath uses ramping moves on shaped tools (such as ball-nose) to create a decorative effect on your material surface. Additional parameters allow you to control both the entry and exit moves, or control the entire tool moves from a defined vector line.
The Machine Relief Toolpath is designed to machine 3D Relief Artwork, or the entire surface of a composite relief, as quickly and efficiently as possible. You can also use the toolpath in a specific area of your model, defined by a selected vector.
The Machining Simulation is designed to show you an accurate representation of your toolpaths. You can choose to simulate a single toolpath or all toolpaths you have created and you can also choose from a variety of realistic materials such as wood, metals and many more.
