Fusion 360 Mesh-to-Gcode
Budget / SalaryA$30–250
TypeFreelance project
LocationRemote
Posted3 hours ago
I have a finished 3D mesh that now needs to become real. Your job is to bring it into Fusion 360, prep it for cutting on a 3-axis router, and hand back clean, ready-to-run G-code.
Material & machine context
The stock we work with is EVA foam, occasionally laminated to a thin composite backer. Everything will be cut on a standard 3-axis setup, so please keep the toolpaths strictly 2D/3-axis friendly—no simultaneous 5-axis moves.
What I will supply
• The mesh file (OBJ/STL).
• Overall dimensions and any hold-down constraints.
• Reference photos for colour-accurate rendering.
What I need back
• A fully parametric Fusion 360 file with bodies, setups, tools, and operations organised in the browser.
• Verified G-code that respects my machine’s post (I’ll provide the post file).
• One or two high-quality renders so I can show the client a visual before we cut.
Key points
• Optimise roughing and finishing passes for foam: shallow step-downs, high feed, minimal dwell.
• Dog-bone or ramped entry where suitable to avoid foam tear-out.
• Name and comment operations clearly; I want to see your logic at a glance.
• No proprietary plugins—everything must be reproducible in vanilla Fusion 360.
Once I confirm the toolpaths simulate without collision, I release final approval. If that sounds straightforward, let’s get the spindle turning.
Material & machine context
The stock we work with is EVA foam, occasionally laminated to a thin composite backer. Everything will be cut on a standard 3-axis setup, so please keep the toolpaths strictly 2D/3-axis friendly—no simultaneous 5-axis moves.
What I will supply
• The mesh file (OBJ/STL).
• Overall dimensions and any hold-down constraints.
• Reference photos for colour-accurate rendering.
What I need back
• A fully parametric Fusion 360 file with bodies, setups, tools, and operations organised in the browser.
• Verified G-code that respects my machine’s post (I’ll provide the post file).
• One or two high-quality renders so I can show the client a visual before we cut.
Key points
• Optimise roughing and finishing passes for foam: shallow step-downs, high feed, minimal dwell.
• Dog-bone or ramped entry where suitable to avoid foam tear-out.
• Name and comment operations clearly; I want to see your logic at a glance.
• No proprietary plugins—everything must be reproducible in vanilla Fusion 360.
Once I confirm the toolpaths simulate without collision, I release final approval. If that sounds straightforward, let’s get the spindle turning.
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