How to use the VCarve inlay toolpath in Vectric software | 2.5D Toolpaths | V12 Tutorials

Introduction

This tutorial provides a step-by-step guide on using the VCarve inlay toolpath in Vectric software, specifically for creating inlays using two materials. Whether you're a beginner or looking to refine your skills, this guide will help you navigate the setup and execution of VCarve inlays effectively.

Chapter 1: Material Setup

1. Open Vectric Software

   • Ensure VCarve Pro or Aspire is loaded.
   • Load your project file (e.g., "Thank you.CRV") located in the tutorials folder.

2. Create Sheets

   • Set up two sheets:
     • Pocket Material: Larger piece (e.g., Walnut)
     • Plug Material: Smaller piece (e.g., Maple)
   • Confirm that you can use different sheet thicknesses for the plug and pocket materials.

3. Edit Material Settings

   • Select the pocket sheet and edit its material properties. Name it accordingly (e.g., Walnut).
   • This helps with 3D previews later.

4. Vectors Preparation

   • Make sure all vectors are closed; open vectors cannot be used for VCarve inlays.

Chapter 2: VCarve Inlay Toolpath

1. Access Toolpath Setup

   • Go to the Toolpaths tab and select VCarve Inlay.

2. Material Thickness

   • Set the material thickness (e.g., 0.75 inches).
   • Choose the XY datum position (typically center).

3. Zeroing and Safety Settings

   • Zero off the top of your material.
   • Ensure safe Z gaps and home start positions.

4. Select Vectors

   • Choose the vectors you want to include in your inlay (e.g., text and rectangles).

Chapter 3: Cutting Depths

1. Define Pocket and Gaps

   • Set the Pocket Depth: How deep to cut into the pocket material.
   • Set the Glue Gap: Space for glue (e.g., 0.1 inches).
   • Set the Surface Gap: Gap from the pocket's surface to the top of the plug.

2. Choosing Tools

   • Select a V-bit for both the pocket and plug (e.g., 60° V-bit).
   • Add a clearance tool (e.g., 1/8 inch end mill) for removing excess material.

Chapter 4: Plug Destination

1. Positioning the Plug

   • Set the destination for the plug vectors on the plug sheet.
   • Decide whether to cut to the limits of the sheet or use a vector offset for a more organic shape.

2. Boundary Offset

   • If using a vector offset, set a boundary offset (e.g., 1/4 inch).

Chapter 5: Toolpath Calculation

1. Calculate Toolpaths

   • Calculate the VCarve inlay toolpath.
   • Check the 3D preview to ensure everything looks correct.

2. Preview Toolpaths

   • Preview the clearance toolpath first, followed by the VCarve toolpath for both pocket and plug materials.

3. Profile Cut for Plug

   • Create a profile cut toolpath to cut out the plug from the plug material.

Chapter 6: Workflow Considerations

1. Typical Workflow

   • Consider cutting the plug first, then the pocket material.
   • Test fit the plug into the pocket before gluing.

2. Using CNC for Surfacing

   • If using the CNC to surface the plug, note the amount it should raise above the pocket material (e.g., 0.26 inches).

3. Warnings and Troubleshooting

   • Be aware of possible warnings when gaps are insufficient or toolpaths are empty.
   • Adjust tool selections or vector settings as necessary.

Conclusion

The VCarve inlay toolpath in Vectric software allows for intricate and detailed inlays. By following this guide, you'll be able to effectively set up and execute your projects, ensuring a high-quality finish. Experiment with different designs and materials to enhance your skills further. For additional resources, check the Vectric support section for tutorials and downloadable files.