Fidget Clicker Model - 3D Print - Fusion 360
Budget: $30 – $250 AUD
I already have the SVG artwork that will sit on the top of the fidget clicker and a reference image that shows the square-based profile I want for the body. What I need is a clean, printable Fusion 360 model that brings the two elements together.
Here is the scope in a nutshell:
• Import my SVG into Fusion 360 and raise it as a separate top plate so it is easy to print in a contrasting filament if desired.
• Build the main square body to match the proportions in my reference image, keeping walls and overall size suitable for bambu lab P1S printer.
• Integrate a simple “click” mechanism—Kailh Box White Switch—inside the body so the toy gives tactile feedback when pressed.
• Apply standard print tolerances so the parts snap together after printing with minimal post-processing.
Deliverables
1. Native Fusion 360 project (.f3d) with well-named components and parametric dimensions.
2. Separate 3MF files for the base, top plate, and internal clicker so I can slice them immediately.
3. A brief text note explaining print orientation, infill, and any optional assembly tweaks.
I will send the SVG and reference photo as soon as we start. If you have questions about thickness, clearances, or printer capabilities, let me know before finalizing the model so we can nail it on the first pass.
Here is the scope in a nutshell:
• Import my SVG into Fusion 360 and raise it as a separate top plate so it is easy to print in a contrasting filament if desired.
• Build the main square body to match the proportions in my reference image, keeping walls and overall size suitable for bambu lab P1S printer.
• Integrate a simple “click” mechanism—Kailh Box White Switch—inside the body so the toy gives tactile feedback when pressed.
• Apply standard print tolerances so the parts snap together after printing with minimal post-processing.
Deliverables
1. Native Fusion 360 project (.f3d) with well-named components and parametric dimensions.
2. Separate 3MF files for the base, top plate, and internal clicker so I can slice them immediately.
3. A brief text note explaining print orientation, infill, and any optional assembly tweaks.
I will send the SVG and reference photo as soon as we start. If you have questions about thickness, clearances, or printer capabilities, let me know before finalizing the model so we can nail it on the first pass.
Related categories:
CAD/CAM
3D Rendering
3D Modelling
3D Animation
3D Design
3D Printing
Fusion 360
3D CAD
3D Layout