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Qiyida X99 Xeon Open Air PC Case & Test Bench with ATX PSU — zdjęcie 1
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Qiyida X99 Xeon Open Air PC Case & Test Bench with ATX PSU

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Open frame PC case specifically engineered for the unique dimensions of Qiyida X99 motherboards with ATX PSU.

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Informacje o modelu

Źródło
Printables
Kategoria
Computers
Licencja
Creative Commons — Attribution — Noncommercial

Overview

I designed this open-air chassis because I couldn't find a single model on the internet that fit my Qiyida X99 motherboard while remaining printable on a standard 220x220mm bed.

This motherboard uses non-standard dimensions (257mm x 189mm), making it longer than a standard mATX but narrower than a full ATX. This design bridges that gap, offering a sturdy, modular frame using 3D-printed corners and wood dowels.

Features

  • Small Bed Friendly: Fits on any 220x220mm printer (Ender 3, Prusa MK3/4, Bamboo A1/P1).

  • Hybrid Build: Uses 16mm (5/8") wood dowels for the frame to provide rigid support at a low cost.

  • Robust Mounting: Designed for 4.2mm brass heat-set inserts for secure motherboard and GPU mounting.

  • Universal PSU Support: Designed for standard PSUs (85x150mm faceplate); depth is unlimited due to the open-frame design.


Hardware Required

  • Wood Dowels (16mm / 5/8" diameter):

    • 4x 365mm (Length)

    • 4x 193mm (Width)

    • 4x 194mm (Height/Vertical)

  • Fasteners: * Wood Screws: 20–25mm long (approx. 3.2mm thread diameter) to attach the PSU bracket and GPU support to the frame.

  • Inserts: 4.2mm Brass Heat-set inserts for motherboard and GPU bracket.

  • Adhesive: Clear glue is recommended for the corner joints to ensure maximum rigidity.


Print Settings

  • Printer Bed: Min. 220x220mm

  • Supports: [Add Yes/No based on your file]

  • Material Suggestion: PETG or ASA (due to proximity to heat-generating components).

⚠ Important Disclaimer

Please Note: This model is currently untested/experimental. I am awaiting my filament delivery to perform the first physical print.

  • Print at your own risk: There may be minor dimensional errors I have not yet identified.

  • Test Fit First: I strongly suggest test-fitting your components before final assembly or gluing.

  • Feedback Welcome: If you print this before I do, please leave a comment or a "Make" with your feedback so I can improve the design for the community!

Model Update – Printables (January 7, 2026)
Files 3, 10, and 11 have been updated.

• File 3: Reduced in size to save plastic while maintaining functionality.
• Files 10 and 11:

Model Update – Printables (January 9, 2026)
File 11 have been updated: modified to correct geometrical discrepancies.

Model Update – Printables (January 14, 2026)
File 5 have been updated: modified to correct geometrical discrepancies.

Tagi