Fusion 360 Design for Polishing Machine Assembly
Budget: $1,500 – $3,000 USD
Fusion 360 Mechanical Designer Needed – Custom Polishing Assembly (McMaster-Carr Sourcing Required)
We are seeking a skilled Fusion 360 mechanical designer to complete the design of a custom polishing machine assembly. One major plate has already been modeled. The next phase involves designing two sandpaper-based polishing units that operate on opposite sides of a central specimen held by a slider mechanism.
You’ll be working directly within our Fusion 360 project via an Autodesk account, so having an active Autodesk Fusion 360 account is required.
? Responsibilities:
Finalize and expand the existing Fusion 360 model.
Design symmetrical polishing arms (using sandpaper rolls or pads) that move or oscillate.
Design a slider mechanism to hold the central specimen securely.
Mount motors, brackets, and supports as needed.
Source all components (fasteners, guides, motors, etc.) using McMaster-Carr models and include part numbers.
Create an exploded view, full BOM, and manufacturing drawings (PDF + DXF formats).
✅ Requirements:
Proficiency in Autodesk Fusion 360 with an active Autodesk account for project sharing.
Experience sourcing and using McMaster-Carr components within designs.
Strong mechanical design background – ideally with automation or motion system experience.
Attention to detail with hole alignment, tolerance fitment, and manufacturability.
Ability to interpret legacy drawings or example references (we will provide these).
? Deliverables:
Completed Fusion 360 project with full machine assembly.
Detailed BOM with McMaster-Carr part numbers.
Exploded views and assembly documentation.
2D manufacturing drawings (DXF, PDF).
Up to 5 design revisions included in the project quote.
⏱️ Timeline:
Target completion: 4-5 weeks from project start.
Milestones or progress check-ins expected.
We are seeking a skilled Fusion 360 mechanical designer to complete the design of a custom polishing machine assembly. One major plate has already been modeled. The next phase involves designing two sandpaper-based polishing units that operate on opposite sides of a central specimen held by a slider mechanism.
You’ll be working directly within our Fusion 360 project via an Autodesk account, so having an active Autodesk Fusion 360 account is required.
? Responsibilities:
Finalize and expand the existing Fusion 360 model.
Design symmetrical polishing arms (using sandpaper rolls or pads) that move or oscillate.
Design a slider mechanism to hold the central specimen securely.
Mount motors, brackets, and supports as needed.
Source all components (fasteners, guides, motors, etc.) using McMaster-Carr models and include part numbers.
Create an exploded view, full BOM, and manufacturing drawings (PDF + DXF formats).
✅ Requirements:
Proficiency in Autodesk Fusion 360 with an active Autodesk account for project sharing.
Experience sourcing and using McMaster-Carr components within designs.
Strong mechanical design background – ideally with automation or motion system experience.
Attention to detail with hole alignment, tolerance fitment, and manufacturability.
Ability to interpret legacy drawings or example references (we will provide these).
? Deliverables:
Completed Fusion 360 project with full machine assembly.
Detailed BOM with McMaster-Carr part numbers.
Exploded views and assembly documentation.
2D manufacturing drawings (DXF, PDF).
Up to 5 design revisions included in the project quote.
⏱️ Timeline:
Target completion: 4-5 weeks from project start.
Milestones or progress check-ins expected.