The Artcam Pro 9.1 interface is divided into several sections:
: Right-click on a vector to access node options. You can insert nodes by pressing 'I' or smooth them to refine your shapes. 3. Creating 3D Reliefs artcam pro 9.1 tutorial
ArtCAM Pro 9.1 is a leading Computer-Aided Art and Manufacturing (CAAM) software package specifically designed for creating complex 3D reliefs from 2D vectors and bitmap images, subsequently generating CNC toolpaths for production. This paper provides a structured, step-by-step tutorial covering the core workflow: vector preparation, relief creation, simulation, and toolpath export. The objective is to equip users with the fundamental skills to transform a 2D drawing into a machinable 3D model. The Artcam Pro 9
| Issue | Solution | |-------|----------| | Relief too slow to calculate | Reduce model resolution temporarily, then increase before final toolpath | | Text looks jagged | Use Vector > Smooth Vectors before extruding | | Toolpath gouging model | Check Machine Relief Boundary in 3D Finish options | | Importing DXF | Use File > Import Vectors – ensure units match (mm/in) | Creating 3D Reliefs ArtCAM Pro 9
: You can import vector files (like .dxf or .eps ) or bitmaps ( .jpg , .bmp ) to trace over. 3. Creating 3D Reliefs This is where 2D shapes become 3D forms.
Section C task outlines: Task 1: include import, clean vector, create boundary, set relief max depth 4 mm with panel +1 mm, set fillet via offset/fillet tool, generate roughing (6 mm ball: step-over 50–60%, step-down 1.5–2 mm, feeds 2000–4000 mm/min and spindle 12000 rpm — adjust per machine), finishing (step-over 10–20%, step-down 0.3–0.5 mm). Simulate, check collisions, export G-code with appropriate post-processor. Task 2: use high-resolution vectorization, manual node edits, stroke width preservation, create 0.8 mm height map, use 1 mm ball end mill with small stepover (10–20%) and low stepover & finishing passes; nest copies with spacing > tool diameter + clearance; export with finest resolution that CNC controller supports and choose post-processor matching controller; set arc output as G2/G3 if supported.
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 ?