DWG to Fusion CNC Nesting
Budget: $30 – $250 AUD
I’ll provide a complete DWG set that was drafted in AutoCAD. I need you to bring that geometry into Fusion 360, rebuild it as a full-feature, high-precision 3D model, and then generate manufacturing drawings and CAM-ready nests for timber cutting.
Scope
• Import the DWG accurately into Fusion 360, keeping every feature intact—holes, rebates, chamfers, anything that matters at the router.
• Reconstruct the parts as solid bodies so I can edit them later in Fusion.
• Arrange all components on a single 1.2 m × 2.4 m plywood sheet, nested efficiently for minimum waste and ready for CNC output.
• Produce clear, dimensioned manufacturing drawings plus the nested DXF/DWG files (or Fusion 360 manufacturing model) I can send straight to the CNC machine.
Notes
• No special joinery is required; standard square edges are fine.
• Please maintain tight tolerances suitable for timber parts coming off a CNC router.
Deliverables
1. Fusion 360 native file (.f3d or archive) containing the fully parametric model.
2. PDF (and/or DWG) manufacturing drawings with part numbers and overall board layout.
3. CAM-ready, nested DXF/DWG of the plywood sheet.
If something in the DWG needs clarification, let me know early so we don’t miss any features. Looking forward to a smooth conversion and clean toolpaths.
Scope
• Import the DWG accurately into Fusion 360, keeping every feature intact—holes, rebates, chamfers, anything that matters at the router.
• Reconstruct the parts as solid bodies so I can edit them later in Fusion.
• Arrange all components on a single 1.2 m × 2.4 m plywood sheet, nested efficiently for minimum waste and ready for CNC output.
• Produce clear, dimensioned manufacturing drawings plus the nested DXF/DWG files (or Fusion 360 manufacturing model) I can send straight to the CNC machine.
Notes
• No special joinery is required; standard square edges are fine.
• Please maintain tight tolerances suitable for timber parts coming off a CNC router.
Deliverables
1. Fusion 360 native file (.f3d or archive) containing the fully parametric model.
2. PDF (and/or DWG) manufacturing drawings with part numbers and overall board layout.
3. CAM-ready, nested DXF/DWG of the plywood sheet.
If something in the DWG needs clarification, let me know early so we don’t miss any features. Looking forward to a smooth conversion and clean toolpaths.