Worknc Tutorial -

, or use direct translators for native CAD files like SolidWorks or CATIA. 2. Core Programming Workflow

The tool moves back and forth along a fixed 2D linear vector (Raster/Zig-Zag).

: Specialized functions allow for job preparation, such as creating points or curves used in later machining stages. Core Workflow: From CAD to NC Code

Best for horizontal surfaces.

The tool maintains constant Z-axis steps, slicing horizontally around the contours of the part. Set a fine step down (e.g., ) to eliminate noticeable stair-stepping. worknc tutorial

: An advanced strategy that maintains a constant tool load, allowing for 70% faster machining and longer tool life. 3. Finishing and Re-machining

Before you cut chips, you must understand the digital workspace. When you launch WorkNC, you are greeted by the , which is split into four key zones:

: WORKNC provides comprehensive checks for collisions involving the tool, tool holder, and the part itself. It even accounts for specific machine limits and head collision risks. WORKNC | Hexagon

Review the generated file to ensure tool changes and coolant commands are correct. Pro Tips for Efficiency Template Machining: , or use direct translators for native CAD

The typical workflow in WORKNC involves several critical steps to move from a design to a finished part: matrix® CAM WORKNC Workflow | matrix® Digital Academy

Once you develop an efficient sequence of roughing, re-roughing, and finishing for a specific material (like tool steel or aluminum), save it as a Machining Template . For future parts, simply load the template, select your new CAD geometry, and hit calculate to instantly generate a complete program.

parameters to ensure the tool maintained a constant chip load. He didn't want a snapped tool at 3:00 AM. The simulation showed the smaller tool diving precisely into the corners, nibbling away the "stair-steps" left by the previous op. Phase 4: The 5-Axis Ballet

Define the raw material (stock) and the final part. : Specialized functions allow for job preparation, such

Click . WorkNC will automatically analyze the surfaces and check for topological integrity. Step 2: Setting the User Coordinate System (UCS)

WorkNC shines by automating toolpath logic based on geometric complexity. Here is how to apply the three major phases of machining. Roughing Strategy: Global Roughing

Import your 3D model (IGES, STEP, STL, etc.).

But for the undercut, he checked the "Auto-Tilt" box. He defined the machine's limits—how far the spindle could tilt before it hit the housing. As he ran the calculation, the toolpath lines turned from 2D curves into a 3D dance. The software automatically tilted the tool away from the part's walls, maintaining a perfect contact point while avoiding a catastrophic collision. Phase 5: The Final Verification