Carveco Tutorial: Bevel Carving
Bevel Carving (also called Prismatic Carving) is the opposite of V-Bit Carving. Instead of engraving into a shape, the V-bit follows the outer vector edge, creating a raised bevel effect. This technique is often used for signs and raised lettering.
🔹 Creating a Bevel Carving Toolpath
- Create or import your text or design vectors.
- Go to Toolpaths > Create Bevel Carving Toolpath.
- Set the Material Thickness and Z-Zero position.
- Set your Finish Depth to match the full material thickness.
- Select a Carving Tool (e.g., 90° or 60° V-bit).
- Use the Centerline checkbox if required to trace around shapes or letters.
🔹 Controlling the Bevel
- Wall Height: Defines how tall the raised bevel edges will be.
- If you're seeing flat tops on shapes, increase the Wall Height or adjust your Finish Depth.
- Ensure your V-bit has enough clearance to create the desired angle within the material height.
🔹 Adding a Side Wall Tool
For vertical cleanup cuts, add a Side Wall Tool (e.g., a 1/4" end mill). This clears straight sides beneath the bevel.
🔹 Removing Material Around the Bevel
- Create an Area Clearance Toolpath with the same vectors.
- Use Offset strategy for best cleanup around curves.
- Run the area clearance before the bevel toolpath to avoid tool collision.
- Use smaller tools (e.g., 1/8") to clean inside tight corners.
💡 Tip
Use Simulation to check if your tool cuts fully through the bevel height. Watch for flat tops or overcuts.
🔹 Troubleshooting
- Flat tops? Try increasing wall height or reducing finish depth.
- Missed details? Switch to a smaller tool for tighter features.
- Overcut warning? Confirm your material thickness supports the full bevel depth.
Bevel Carving delivers clean, professional raised effects with minimal setup—great for sign-making, decorative panels, or dimensional lettering.
✔️ Key Takeaways
- Bevel Carving leaves raised beveled edges instead of cutting inward.
- Use a V-bit for shaping and optionally a Side Wall Tool for cleanup.
- Wall height and finish depth determine your bevel profile.
- Add Area Clearance to remove surrounding material.
- Simulate your toolpaths to confirm depth, bevel edges, and tool reach.
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