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Worknc Tutorial (VALIDATED)

WorkNC is not the easiest CAM software to learn without guidance, but it is arguably one of the most due to its auto-collision detection. By following this tutorial, you have learned how to import a part, define stock, create a roughing pass, a finishing pass, simulate the result, and post-process the G-code.

2. Planar Finishing / Parallel Finishing (For Flat/Shallow Zones) Shallow, gentle slopes ( 0∘0 raised to the composed with power 30∘30 raised to the composed with power

Define the machine origin ( ), typically at the top center or a corner of the stock. 3. The WORKNC Workflow: Roughing to Finishing WORKNC is famous for its automated, sequential workflow. A. Roughing Toolpaths Roughing removes the bulk of the material.

Right-click your finished toolpath sequence and select . Watch the tool move dynamically along the part.

WorkNC requires raw stock definition to calculate accurate roughing paths and avoid air cutting. Select the icon from the preparation toolbar. worknc tutorial

Ensure all toolpaths in the Workzone tree show a green "Calculated" checkmark. Select Post-Processing .

Click and select your CAD file. WorkNC natively supports various formats, including STEP, IGES, Parasolid, DXF, and direct native files from CATIA, NX, and SolidWorks. Step 2.2: Orienting the Part and Setting the Axis System CNC machines rely on a strict coordinate system (

WorkNC is a premier automatic CNC software used primarily in the 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

Click the icon to step through the animations of the tool cutting the material. Look closely for: Rapid movements ( G00cap G 00 ) plunging directly into stock material. Tool holders clipping against fixtures or unmachined stock. Step 8.2: Executing a Detailed Collision Check WorkNC is not the easiest CAM software to

Pay close attention to the . If the holder or tool shaft hits the part, WorkNC will flag the path in red. If a collision is found, increase the tool length out of the holder or modify the machining boundary to restrict the tool. Step 2: Post-Processing to G-Code

Never trust a toolpath blindly.

WorkNC can automatically split a program into steep and shallow passes for a seamless finish. 6. Simulation and Collision Checking Never skip this step. Use the simulation tool to visualize the toolpath.

However, “simple” does not mean simplistic. To truly harness the speed and precision of WorkNC, you need a structured approach. This comprehensive will guide you through the workflow—from importing a CAD model to posting G-code for your CNC machine. Contains quick-access icons for importing files

: Select your file type. WorkNC natively accepts formats including STEP, IGES, Parasolid, and direct native files from CAD packages like Catia or SolidWorks. Establish the Axis System (UCS) : Define your Part Origin (

Before finalizing your work, run the .

: These help check CAD data for features like draft angles and minimum radii before you begin programming.

Contains quick-access icons for importing files, creating bounding boxes, selecting cutters, and executing calculations.

Once the bulk material is removed, finishing strategies create a high-quality surface finish. WorkNC CAM for Die casting - Corengg Technologies