Shapr3D Enclosure Assembly Visualization
Budget: $250 – $750 USD
I’m putting together a compact two–tier electronic enclosure and I need the complete assembly modelled in Shapr3D so I can open, review, and tweak the layout myself.
Here’s the flow of work:
• You’ll source accurate 3 D models for several off-the-shelf parts plus one OEM component. I already have its detailed specs in PDF, which I’ll forward immediately.
• Once the parts are ready, you’ll position them inside a base housing roughly 10 in × 9 in × 2.5 in, then add a second enclosure that stacks neatly on top.
• Please illustrate the electrical and fluid links: a triple-lumen 1⁄16″ ID umbilical running between the tiers, and wiring that ties a water-level sensor, a peristaltic pump, and an Arduino-class controller to the main board. A clear, uncluttered pathing of these connections is important because the model is strictly for visualising the design at this stage.
Deliverables:
• A fully assembled Shapr3D file (.shapr) with all components properly grouped and named.
• Native files (STEP or STL) for any custom parts you build from scratch.
• A brief note outlining where each off-the-shelf model was sourced.
Acceptance criteria:
• All dimensions match the PDFs and stated enclosure sizes.
• No missing or floating connectors, cables, or tubing; everything must plug in logically.
• File opens without errors in the latest Shapr3D on iPad and macOS.
If you have experience translating PDFs into precise 3 D geometry and laying out tight electronic assemblies, this should be straightforward. Let me know how soon you can start and roughly how long the initial placement will take.
Here’s the flow of work:
• You’ll source accurate 3 D models for several off-the-shelf parts plus one OEM component. I already have its detailed specs in PDF, which I’ll forward immediately.
• Once the parts are ready, you’ll position them inside a base housing roughly 10 in × 9 in × 2.5 in, then add a second enclosure that stacks neatly on top.
• Please illustrate the electrical and fluid links: a triple-lumen 1⁄16″ ID umbilical running between the tiers, and wiring that ties a water-level sensor, a peristaltic pump, and an Arduino-class controller to the main board. A clear, uncluttered pathing of these connections is important because the model is strictly for visualising the design at this stage.
Deliverables:
• A fully assembled Shapr3D file (.shapr) with all components properly grouped and named.
• Native files (STEP or STL) for any custom parts you build from scratch.
• A brief note outlining where each off-the-shelf model was sourced.
Acceptance criteria:
• All dimensions match the PDFs and stated enclosure sizes.
• No missing or floating connectors, cables, or tubing; everything must plug in logically.
• File opens without errors in the latest Shapr3D on iPad and macOS.
If you have experience translating PDFs into precise 3 D geometry and laying out tight electronic assemblies, this should be straightforward. Let me know how soon you can start and roughly how long the initial placement will take.
Related categories:
Electronics
CAD/CAM
3D Rendering
Microcontroller
3D Modelling
Arduino
3D Design
3D CAD