Artcam Pro 9.1 Tutorial May 2026

Section A — Multiple Choice (12 marks, 1 mark each) Choose the best answer.

Section B — Short Answer (28 marks; 4 marks each) Provide concise answers.

Section C — Practical Tasks (40 marks; 20 marks each) For each task, describe step-by-step actions within ArtCAM Pro 9.1, include key parameters and rationales. Include expected results and common mistakes to avoid.

Task 1 — Create a decorative relief plaque (20 marks)

Task 2 — Convert a logo for small-scale 3D engraving (20 marks)

Section D — Troubleshooting & Theory (20 marks) Answer concisely.

Marking rubric and examiner notes (at the end of paper)

Suggested answers (brief outline)

  • 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.

  • Section D sample points:

    • End of examination.

    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

    . While modern versions like ArtCAM 2018 or Carveco have succeeded it, the core workflow remains a standard for creating intricate reliefs from 2D artwork. Core Workflow in ArtCAM Pro 9.1

    The typical project follows a linear progression from initial setup to final toolpath generation: Virginia School of Architecture Model Initialization : Begin by creating a

    . You must define the material size and resolution; higher resolution (more pixels) allows for finer detail in 3D reliefs but increases processing time. Vector & Bitmap Creation Vector Creation toolbar to draw original designs or the Bitmap to Vector tool to trace imported images (like JPEGs or BMPs). 3D Relief Modeling Shape Editor

    is the primary tool for turning 2D shapes into 3D objects. You can select a vector and apply profiles—such as round, square, or plane—to add height and depth. Refining the Model : Tools like Smooth Relief

    help remove pixelation and clean up rough edges from converted images. Key Machining and Simulation Steps

    Once the 3D design is complete, the software shifts into its CAM (manufacturing) functions: Virginia School of Architecture Machining a 3d relief model in ArtCAM Pro (part 1)

    Comprehensive ArtCAM Pro 9.1 Tutorial: From 2D Designs to 3D Reliefs artcam pro 9.1 tutorial

    ArtCAM Pro 9.1 is a specialized 3D CAD/CAM software designed specifically for artists and designers rather than traditional engineers. It allows you to transform 2D sketches, photos, or vector artwork into intricate 3D relief models that are ready for CNC machining or 3D printing. 1. Getting Started: The Interface and Setup

    Before diving into design, you must establish your workspace.

    Creating a New Model: When you start ArtCAM Pro 9.1, you must create a "New Model" by defining the working area's height ( ) and width (

    Defining the Origin: Set the datum (origin) position, which determines where your CNC machine will start relative to your material.

    Resolution and Units: For high-quality 3D results, ensure your units (typically mm) and resolution (e.g., points) are set appropriately during the initial setup. The interface is divided into two primary views:

    2D View (F2): Used for drawing and editing vectors or working with bitmaps (images).

    3D View (F3): Used to visualize the 3D relief and simulate toolpaths. 2. Working with 2D Artwork

    You can create 2D designs directly in ArtCAM or import them from external sources.

    Drawing Tools: Use the Vector Tools to create polylines, squares, circles, and stars. Section A — Multiple Choice (12 marks, 1

    Importing Vectors: You can import vector files (such as .DXF from AutoCAD or CorelDraw) through the Vector > Import menu.

    Bitmap to Vector: A powerful feature of ArtCAM is the ability to vectorize bitmaps (images like .BMP, .JPG, or .GIF). Use the Bitmap Tools to trace image outlines and convert them into editable vectors. 3. Creating 3D Reliefs

    The core of ArtCAM Pro 9.1 is turning 2D shapes into 3D geometry using the Shape Editor.

    Select a Vector: Choose the outline of the shape you want to make 3D.

    Open Shape Editor (F12): This tool allows you to define the profile (Round, Square, or Plane). Adjust Parameters: Set the angle (e.g., 45∘45 raised to the composed with power ) or height of the relief.

    Relief Combine Modes: Choose how the new shape interacts with existing geometry: Add: Increases the height of existing areas.

    Merge High: Combines shapes while keeping only the highest points.

    Interactive Sculpting: Use the Sculpting Tools (Smooth, Smudge, Carve, Erase) to refine the model's appearance manually. EP-23: Shape Editor in ArtCAM 9.1

    Vectors are 2D curves that define relief boundaries. Import or draw them. Section B — Short Answer (28 marks; 4

    ArtCAM Pro 9.1 includes features beyond simple text:

    If you have multiple objects (e.g., a border and some text inside), you need to merge them.