Worknc Tutorial

Best for horizontal surfaces.

WorkNC is not just a CAM system; it is an automation tool. The more you use its "Auto" features, the less you will crash, and the faster your parts will hit the shipping dock.

Ready to practice? Download a 30-day trial of WorkNC from Hexagon, import a STEP file of a simple phone case or a turbine blade, and follow the steps above. You will have G-code running on your machine by the end of the day.

Disclaimer: WorkNC versions vary (v21, v22, 2023, 2024). The menu names in this tutorial (e.g., "Surface Healer," "Z-Level Constant") are standard terminology across most recent releases. Refer to your specific version's help file for interface variations.

WorkNC is a user-friendly CAM software designed primarily for complex 3D machining, such as plastic injection molds and stamping dies. It automates the generation of reliable toolpaths from 3D models with minimal user input, significantly reducing programming time. Core Capabilities

Milling Options: Supports 2D milling/drilling, 3-axis and 3+2 milling, and full simultaneous 5-axis milling.

Safety Features: Includes advanced collision detection for tool holders and full machine simulation to ensure code safety.

File Support: Compatible with neutral formats like IGES, STEP, and STL, as well as native CAD files through specialized translators. Key Learning Modules

If you are looking for specific tutorials, common training topics include:

This report outlines the core functionalities and workflow of , a premium Computer-Aided Manufacturing (CAM)

solution developed by Hexagon for 2- to 5-axis CNC programming. Executive Summary worknc tutorial

WORKNC is designed to automate the machining of complex geometries, particularly in the automotive, aerospace, and mold & die industries . It prioritizes high-speed machining (HSM) and safety through automated collision detection for tools and holders. Key Features Intelligent 5-Axis Strategies: Includes "Auto 5," which automatically converts 3-axis toolpaths into safe 5-axis paths with one click. Collision Avoidance: Comprehensive checks for machine limits , tool holders, and the part itself. High Performance: Optimized for fast calculation times

and superior surface finishes using specialized tooling like barrel tools. Broad Compatibility: neutral file formats

(IGES, STEP, STL) and native CAD files via direct translators. Standard Operational Workflow CAD Import: Import complex 3D geometries using integrated translators Toolpath Selection: Choose from 2D, 3D, 3+2, or full 5-axis strategies based on part requirements. Simulation & Validation: one-to-one machining simulation

to verify toolpaths and perform interference checks before going to the machine. Post-Processing:

Generate NC code for specific CNC controllers to execute the machining task. Training and Resources For users looking to master the platform, Production Machining Technologies (PMT)

provides personalized onboarding and customized virtual training sessions. Introduction to WORKNC CAD/CAM Software

Master the Basics: A Beginner’s Guide to WorkNC is a powerhouse in the world of Automated CAM (Computer-Aided Manufacturing)

, specifically designed for mold, die, and tooling industries. If you are looking to streamline your CNC programming, this tutorial covers the core workflow to get you from a 3D model to a finished part. 1. Preparing Your Project

Before cutting any metal, you need to set the stage. Efficiency in WorkNC starts with a clean setup. Import Geometry: Load your CAD file (STL, STEP, IGES, or native formats). Define the Stock:

WorkNC allows you to create a "bounding box" or use a custom 3D model as your raw material. Set the Workzone: Best for horizontal surfaces

This is your project container. It stores all your toolpaths, tool definitions, and machining context in one place. 2. Choosing Your Toolpaths WorkNC is famous for its Re-roughing strategies. Here is the standard progression: Strategy Type Global Roughing Rapidly removes the bulk of the material using large tools. Semi-Finishing Z-Level / Planar

Cleans up the "steps" left by the roughing tool to prepare for fine finishing. Spiral / ISO Finishing Achieves the final surface quality and precise dimensions. 3. Collision Detection (Safety First) One of the software’s best features is its dynamic collision checking Tool Holder Clearance:

WorkNC automatically calculates the shortest tool length required to reach a specific depth without the holder hitting the part. Visual Simulation: Always run the Graphic Simulation

to verify the tool movement and ensure there are no red "clash" warnings before sending code to the machine. 4. Post-Processing

Once you are satisfied with the simulation, it is time to generate the

Select your specific machine controller (e.g., Fanuc, Heidenhain, Siemens). Post-Process

Review the generated file to ensure tool changes and coolant commands are correct. Pro Tips for Efficiency Template Machining:

If you often make similar parts, save your toolpath sequences as a "Standard Sequence" to automate 80% of your future programming. Stock Updating:

WorkNC tracks the "Real-Time Stock." This means the software knows exactly where material remains, preventing "air cutting" and saving hours of machine time.

As you advance in WorkNC, keep these three tips in mind: Disclaimer: WorkNC versions vary (v21, v22, 2023, 2024)

Even with a great tutorial, you will run into issues. Here is how to fix them.

Error 1: "Tool violates holder in Z"

Error 2: Toolpaths are only cutting air above the part

Error 3: The simulation looks perfect, but the post-processor fails

Never send code to a CNC without simulation.

Your machine speaks a dialect (Heidenhain, Haas, Fanuc, Mazak). WorkNC speaks all of them.

For manufacturing professionals, the name WorkNC is synonymous with reliability and automation. Developed by Hexagon (formerly Vero Software), WorkNC is widely regarded as one of the premier CAM solutions for complex surface machining, particularly in the mold, die, and automotive industries.

Unlike traditional CAM systems that require manual definition of every toolpath movement, WorkNC focuses on automation. It allows programmers to focus on the "what" (the finished part) while the software handles the "how" (the safe and efficient toolpath).

This tutorial provides a high-level overview of the workflow, guiding you through the essential steps to create your first NC program.