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Snap-Fit Raspberry Pi 5 Case – Documentation.pdf

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<h3>🖨️ Print Settings for Snap-Fit Raspberry Pi 5 Case</h3>Printer Used: Bambu Lab P1S Nozzle Diameter: 0.4 mm Layer Height: 0.2 mm (standard quality) Line Widths:<ul><li>Default: 0.42 mm</li><li>Outer Wall: 0.4 mm</li><li>Inner Wall: 0.42 mm</li><li>Top Surface: 0.45 mm</li><li>Internal Infill: 0.42 mm</li></ul>Walls &amp; Infill:<ul><li>Wall Line Count: 2</li><li>Infill: 15–25% (I used grid or gyroid, either works well)</li><li>Internal solid infill &amp; sparse infill: 0.45 mm</li></ul>Seam Position: Back<ul><li>Smart Scarf Seam: Enabled</li><li>Scarf Angle: 155°</li><li>Scarf Around Entire Wall: Enabled</li><li>Scarf Steps: 10</li></ul>Supports: Not required (model designed to print cleanly without them) Brim: Optional, recommended for ABS/ASA Material Recommendations:<ul><li>PETG (preferred): Strong and heat-resistant</li><li>ABS/ASA: Great for high temp or outdoor use</li><li>PLA: Use at your own risk – it may warp with heat buildup from the Pi 5</li></ul>Estimated Time &amp; Material (Top + Bottom):<ul><li>Print Time: ~1h 10m</li><li>Filament: ~10.28 m (~30.65 g)</li><li>Cost Estimate: ~$0.61 (based on filament used)</li></ul>Bed Plate: Bambu Textured PEI Plate Cooling: Standard Travel, Wipe, and Seam Visuals: Enabled in slicer for optimal visualization

0.2mm layer, 2 walls, 15% infill

I couldn’t find a Raspberry Pi 5 case that really fit my needs and everything was either too bulky, didn’t have proper ventilation, or made it hard to access the ports. So, I decided to design my own!&nbsp;This is a slim, snap-fit case made specifically for the Raspberry Pi 5. It has a low-profile footprint while still offering full access to all the I/O ports: USB, HDMI, Ethernet, GPIO, and the microSD slot. I also added ventilation slots to help with passive cooling, especially useful for keeping things running smoothly under load.&nbsp;The case snaps together securely without the need for screws, making it quick to assemble or disassemble. Great for clean desk setups, projects, or anywhere you want a minimal, functional enclosure for your Pi 5.&nbsp;Recommended Filament: Since the Raspberry Pi 5 can run hot, I suggest printing this case in a heat-resistant filament like PETG, ABS, or ASA. PLA may warp over time, especially near the vents or under continuous load.

Slim Snap-Fit Raspberry Pi 5 Case

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