6.6L & 7.8L MINI-ITX SFF PC CASE
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I wasn't thrilled with the price of the very small SFF cases so I decided to take a stab at designing one myself.
- Ocena
- 4 / 5
- Polubienia
- 140
- Pobrania
- 488
- Wydruki
- 1
- Wyświetlenia
- 9620
- Oceny
- 1
Aktualizacja u źródła:
Informacje o modelu
- Źródło
- Printables
- Kategoria
- Computers
- Licencja
- Creative Commons — Attribution — Noncommercial
Video of project: https://youtu.be/p55gvl1gWus
See my other case designs: https://www.thingiverse.com/lightofhonor/designs
I wasn't thrilled with the price of the very small SFF cases so I decided to take a stab at designing one myself. I already had a parts list in mind so this isn't the smallest I could make it, but had a few qualifications in mind.
1)Printable on regular 3D printers. I designed this initially to print on a Cetus3D Extended, but also kept it in line with a Creality Ender 3. Printed dimensions 147x179x250mm (6.58L)
Have as much as possible 3D printed. Only thing you need is standoffs for the PSU, a power button, and a PCIe Riser if you want a GPU. You could probably mount several 3.5in Drives where the GPU would go, though I didn't try. Depending on your PSU standoffs, you may need a right-angle power cord.
Print with zero supports. Hate removing them, so design around them.
Needed to hold an ITX GPU (~170mm), 70mm CPU cooler, and SFX PSU. Only officially supports M.2 drives.
Minimal Assembly. Prints in two parts which can be attached with case screws, though not needed.
Power Switch: https://ebay.us/Qt6JK2
PCIe Riser: https://ebay.us/LM9blE
35mm M3 Standoffs: https://ebay.us/KbI5IW
1ft C13 Right Angle Extension: https://ebay.us/kmzEGm
Thumb Case Screws: https://ebay.us/Na4Uwj
C14 Socket (if you want to hard mount power cable): https://ebay.us/vokHEd
CPU Cooler- Scythe Big Shuriken 3: https://ebay.us/oz8pHu
Extended version adds space for 1 120mm fan (or 140mm fan with 120mm holes). Interior remains the same. I used this fan: https://ebay.us/OR1Akb
Print Settings
Notes:
.3mm Layer Height
4 outer layers (Could go less, but since we are screwing things into plastic I went the safe route)
20% Infill
No Supports
At 60mm/s (.4mm nozzle) inside takes ~17 hours, cover takes ~38.
Will use ~0.8KG of PLA. ~0.5KG for cover, ~0.3KG for interior.
Other than PSU, everything should mount with case screws.
Category: Computer