Worknc Tutorial May 2026

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 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 worknc tutorial

(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) This report outlines the core functionalities and workflow

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

WorkNC is a premier automatic CNC software used primarily in the mold, die, and tooling industries for 2 to 5-axis programming. It is known for its ability to automate the generation of reliable toolpaths with minimal user input, even for highly complex 3D geometries. Core Workflow Steps

A typical session in WorkNC follows a structured process to move from a raw 3D model to finished machine code: Introduction to WORKNC CAD/CAM Software Phase 2: 3D Roughing & Finishing

Phase 2: 3D Roughing & Finishing

• Tutorial focus: Z-level roughing, planar finishing, pencil milling.
• Critical concept: Automatic rest roughing (a WorkNC strength).
• Practice part: A core/cavity mold block (provided in tutorial samples).

Conclusion: Where to Go Next

This WorkNC tutorial has given you the vocabulary and workflow to create your first CNC program—from stock definition to post-processing. However, mastering WorkNC requires practice with real parts.

4. The Parameter Panel (Right or Bottom)

When you create a new toolpath, this panel appears. This is where you select tools, define stepovers, stepdowns, and speeds/feeds.

3. 3D Offset / Projection (Complex Organic Shapes)

For molds or automotive parts with compound curves.

• Strategy: 3-Axis > Finishing > Projection.
• This drives the tool along the shape of the part rather than just horizontal layers.
• Tutorial Tip: Use "Optimize lift-off" to reduce rapid retracts, saving 20% machine time.

Summary of Best Practices

As you advance in WorkNC, keep these three tips in mind:

1. Use Templates: WorkNC allows you to save "Scenes." If you machine similar parts repeatedly, create a template that auto-assigns tools and strategies. This can reduce programming time from hours to minutes.
2. Trust the Automation: Beginners often try to restrict the toolpath too much. Let WorkNC’s algorithms find the safest path; do not manually trim boundaries unless absolutely necessary.
3. Tooling is Key: The software can only be as good as the data you give it. Always define your tool holders (the metal bit holding the tool) in the Tool Manager. This is the only way to guarantee collision-free 5-axis or deep-cavity machining.