Worknc Tutorial !free!

WORKNC is a premier automated CAM software specialized for 2-to-5-axis CNC programming in the mold, die, and tooling industries . Known for its user-friendly interface, it allows programmers to transition quickly from CAD models to optimized toolpaths with high safety standards through advanced collision detection.   Watch these introductory videos to see WORKNC's core features and basic setup process in action: 2 min Introduction to WORKNC CAD/CAM Software 10 min

Mastering WorkNC: The Ultimate Tutorial for Beginners and Advanced Users WorkNC is a powerhouse in the world of Computer-Aided Manufacturing (CAM). Developed by Sescoi (now part of Hexagon), it is renowned for its automated toolpath generation, collision avoidance, and robust roughing strategies. Unlike some CAM software that requires days of manual input, WorkNC prides itself on “making the complex simple.” However, “simple” does not mean simplistic. To truly harness the speed and precision of WorkNC, you need a structured approach. This comprehensive WorkNC tutorial will guide you through the workflow—from importing a CAD model to posting G-code for your CNC machine.

Part 1: First Steps – The WorkNC Interface Before you cut chips, you must understand the digital workspace. When you launch WorkNC, you are greeted by the Graphical User Interface (GUI) , which is split into four key zones:

The Viewer (Central Area): Where your 3D part is displayed. You can rotate (Middle Mouse Button), pan (Shift + Middle Mouse), and zoom (Scroll Wheel). The Operations Tree (Left Panel): This is a chronological list of all your milling operations (Roughing, Finishing, Drilling). Pro tip: You can reorder operations here by drag-and-drop. The Parameters Panel (Right/Bottom): Context-sensitive. When you click an operation, this panel shows the tool, feed rates, stepover, and tolerances. The Toolbar Ribbon: Grouped by function: File, Geometry, Toolpaths, Simulation, and Post-processor. worknc tutorial

Tutorial Task 1: Setting Up Your First Project

Go to File > New . Select your machine configuration (e.g., 3-Axis Vertical Mill). Import a part: File > Import > STEP or IGES . (WorkNC has excellent native translators for CATIA, SolidWorks, and NX).

Part 2: Geometry Preparation – The Foundation of CAM One of WorkNC’s strengths is its tolerance for “dirty” geometry (bad surfaces), but clean data yields perfect toolpaths. This WorkNC tutorial uses the Surface Healer . The Surface Healer Tool Navigate to Tools > Surface Healer . WORKNC is a premier automated CAM software specialized

Red lines indicate gaps. Green lines indicate good boundaries. Click Auto Healing . WorkNC will stitch gaps and remove duplicate surfaces automatically.

Defining Stock You must tell the software where the raw material is.

Go to Stock Model . Choose:

Rectangular Stock: Block of aluminum/steel. Cylindrical Stock: For turned parts. From File: If you are re-machining a casting.

Visual check: The semi-transparent green box should enclose your part fully.