To start a new project, follow these steps:
: Image files (BMP, JPG, TIF). You can import an image and use the Bitmap to Vector tool to trace outlines automatically. Import Vectors menu to bring in third-party files like DXF or AI. 3. 3D Relief Creation
If you designed a logo or layout in Adobe Illustrator, AutoCAD, or CorelDRAW, go to . ArtCAM Pro 9.1 natively supports .DXF , .EPS , .AI , and .DGK formats. Drawing Inside ArtCAM
Once you have created and verified your toolpath, it's time to post-process and output your design:
Click the tool, type the exact dimensions in the options panel, and click Preview then Create . artcam pro 9.1 tutorial
Use the Vector Creation tools in the Assistant panel to draw circles, rectangles, polygons, or free-form vectors with the tool. Importing Vector Artwork
The is the heart of ArtCAM Pro 9.1. It allows you to assign 3D attributes to closed 2D vectors. Using the Shape Editor Select a closed vector in the 2D view.
ArtCAM Pro 9.1 is a legacy version of the computer-aided design (CAD) and manufacturing (CAM) software widely used for artistic 3D modeling and CNC machining
: Select a vector and press F12 to open the Shape Editor. Here, you can choose profiles like Round , Square , or Plane to add height. Combine Modes : Add : Adds the new shape on top of existing relief. To start a new project, follow these steps:
Once your 3D relief or 2D profile looks correct, you must instruct the CNC machine on how to cut it. Click the tab at the bottom of the right-hand menu. Strategy 1: 2D Profiling (Cutting Shapes Out) Select the outer vector boundary. Choose 2D Profiling .
This is one of ArtCAM’s most powerful features.
Note: For the most up-to-date and interactive learning, you can also explore the learning materials for modern ArtCAM versions through Autodesk's learning channels . To make this tutorial even more useful, let me know: Are you focusing on or 3D modeling ?
Choose a shape (Sphere, Cone, or a file-based texture) and define its size and spacing. Drawing Inside ArtCAM Once you have created and
Enter the (usually 0 ) and Finish Depth (the total thickness of your material plus a tiny fraction extra, e.g., 19.1mm for a 19mm board).
Click the "Toolpath Simulation" button. This will render the G-code in a virtual environment, showing the tool moving along your specified paths. Carefully inspect for uncut areas, tool collisions, or inefficient movements. This virtual test is your last chance to catch errors before risking material and machine bits.
Drag the slider to set the mesh resolution. For high-detail 3D carvings, move the slider toward the higher end. For basic 2D cutting, a medium resolution prevents lagging.