3D-Printable MacBook Pi Mount
Budget: $250 – $750 USD
I need a parametric enclosure I can print myself that temporarily clamps to the top edge of a 14-inch MacBook Pro screen without leaving a mark. A single thumbscrew should tighten the mount against a thin TPU lining so the lid is protected yet the whole unit comes off in seconds.
On the back of the lid a stock Raspberry Pi case will sit flush, while a 5-inch Elecrow display has to swing to the front on a fully-printed resistance hinge. I’m aiming for a detailed, realistic hinge that can hold any viewing angle after thousands of adjustments, so please pay close attention to tolerances and friction surfaces.
When the laptop is closed I want to be able to place everything on a desk: fold-out legs should deploy quickly and give the setup proper balance. They can be simple but must keep the machine stable; I’m less concerned about fancy height adjustment or locking systems than about everyday sturdiness.
Durability is the overriding priority: thoughtful wall thickness, fillets, and print-oriented geometry are more important than eye-catching curves. I’ll forward precise dimensions, sketches, and the screen/Pi case STEP files the moment we start.
Deliverables
• Parametric CAD source (Fusion 360 or similar, fully editable)
• Manufacture-ready STL and STEP files for every printed part
• Brief print/assembly notes highlighting filament choice, infill, hardware (thumbscrew, heat-set inserts, etc.) and hinge tension settings
I’ll review by test-printing, snapping it on my laptop, and checking that the hinge stays put and the legs keep the rig upright. If that sounds clear, let’s build something rock-solid.
On the back of the lid a stock Raspberry Pi case will sit flush, while a 5-inch Elecrow display has to swing to the front on a fully-printed resistance hinge. I’m aiming for a detailed, realistic hinge that can hold any viewing angle after thousands of adjustments, so please pay close attention to tolerances and friction surfaces.
When the laptop is closed I want to be able to place everything on a desk: fold-out legs should deploy quickly and give the setup proper balance. They can be simple but must keep the machine stable; I’m less concerned about fancy height adjustment or locking systems than about everyday sturdiness.
Durability is the overriding priority: thoughtful wall thickness, fillets, and print-oriented geometry are more important than eye-catching curves. I’ll forward precise dimensions, sketches, and the screen/Pi case STEP files the moment we start.
Deliverables
• Parametric CAD source (Fusion 360 or similar, fully editable)
• Manufacture-ready STL and STEP files for every printed part
• Brief print/assembly notes highlighting filament choice, infill, hardware (thumbscrew, heat-set inserts, etc.) and hinge tension settings
I’ll review by test-printing, snapping it on my laptop, and checking that the hinge stays put and the legs keep the rig upright. If that sounds clear, let’s build something rock-solid.
Related categories:
3D Rendering
Solidworks
Product Design
3D Modelling
3D Design
3D Printing
Fusion 360
3D CAD