Both are designed using Fusion 360. Both binary and ASCII .stl files are provided, along with the full .f3d project.
- The footprint of the case is decreased to save filament and print time. It is ideal for initial testing.
- The height of the case is reduced to save filament and print time.
- 4-side walls keep ADALM-PLUTOs in place.
- The side walls that keep ADALM-PLUTOs in place are extended to the wall of the case for rigidity.
- TX and RX labels are moved outside of the ADALM-PLUTOs for easier maintenance.
- TX and RX labels' word sizes are increased for better readability.
- Printer Build Volume: 300x300x100 or greater, can be printed on some 256x256x256 printers
- Printing Temperature: 215 Celcius (PLA)
- Heat Bed Temperature: 60 Celcius (PLA)
- Layer Height: 0.28 mm (0.4 mm nozzle)
- Print Speed: 120 mm/s
- Walls Count: 3
- Infill Density: >=15%
- Red Pitayas are kept in a place in the case because of 4 side walls.
- A Red Pitaya can be mounted onto the case using 4 M3x4 machine screws and 5 mm M3 spacers.
- Various openings on the bottom of the case reduce filament usage and save print time.
- Printer Build Volume: 300x300x100 or greater
- Printing Temperature: 215 Celcius (PLA)
- Heat Bed Temperature: 60 Celcius (PLA)
- Layer Height: 0.28 mm (0.4 mm nozzle)
- Print Speed: 120 mm/s
- Walls Count: 3
- Infill Density: >=15%