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Ultra-Thin AMD BC-250 Custom Case — image 1
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Ultra-Thin AMD BC-250 Custom Case

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Upgrade your AMD BC-250 setup with this sleek, high-performance enclosure. Designed with a focus on minimalism and therm

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Model information

Category
Computers
License
Creative Commons — Attribution — Share Alike

🚀 Ultra-Thin AMD BC-250 Custom Case

Upgrade your AMD BC-250 setup with this sleek, high-performance enclosure. Designed with a focus on minimalism and thermal efficiency, this case is the perfect solution for compact builds.


🎨 The Vibe: This entire case was designed around the RTX A2000 fans—I love their aesthetic and wanted to offer a sleek, thin alternative for this board.

⚠ Disclaimer: Beta Version

Note: This model is currently untested. Due to a faulty AMD BC-250 unit, I have not been able to perform a final fit-test or thermal verification.

Some minor modifications or "fiddling" might be required during assembly. If you decide to print this, I would greatly appreciate your feedback or a remix to help perfect the design!

📏 Dimensions

  • Height: 193.30 mm

  • Length: 354.40 mm

  • Thickness: 48.00 mm

🛠 Technical Specifications

  • Heat 3D Inserts: M3 x 5mm x 4mm (x13 required).

  • Recommended Material: ASA or ABS (High thermal resistance is mandatory due to the heat output of the BC-250). PLA ONLY FOR PROTOTYPING

  • Hardware: 13x M3 screws and matching heat-set inserts.


📦 Bill of Materials (BOM)

To complete this build, you will need the following components:

Qty

Component

Notes

2x

RTX A2000 Fans

Optimized cooling

1x

Meanwell LOP-300-12 PSU

Compact & reliable power

1x

2x JST PH 2-Pin to PWM Adapter

Fan control management

1x

8-Pin PCIe Cable

GPU Power supply conexion

1x

IEC C7 FEMALE Power Inlet

Main power connection

x13

Multi 3D-Inserts box

For secure chassis assembly

1x

40mm Fan (CHA4012BH-W20D)

Power Supply Cooling


🖨 Print Settings (can be printed in 225x225 printers)

  • Filament: ASA (Highly recommended for temperature stability).

  • Walls/Perimeters: 3 to 4 walls for better thread engagement with the heat-set inserts.

  • Infill: 25% - 40% (Grid or Gyroid for structural rigidity).

  • Supports: Some of them might required supports.

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