MKS Klipad50 v1.2 Compact Enclosure

Overview

This is a sleek, ultra-compact enclosure designed specifically for the MKS Klipad50 v1.2. The goal of this project was to create a professional, "Open Source" styled housing that protects the electronics while maintaining a small footprint on your 3D printer setup.

The design features integrated branding on the front bezel and is optimized for both aesthetics and thermal performance. If printed in translucent materials (like PETG or Clear PLA), the internal status LEDs create a functional glow through the rear shell.

Key Features

• Minimalist Design: Keeps the profile slim, perfect for mounting on printer frames without taking up too much space.

• Active & Passive Cooling: Includes a dedicated circular vent for a cooling fan 40mm x10mm fan blower compatible) and bottom intake slats to prevent MCU overheating.

• Full Port Access: Precision cutouts for USB ports, UART/Serial connections.

• LED Visibility: Designed to let internal status indicators shine through the backplate, making it easy to monitor your Klipper connection at a glance.

• Easy Assembly: Secured with 4 standard M3 screws.

Hardware Needed

• Screws: 4x M3 screws Length 10mm.

• Fan blower (Optional): 1x 40mm x10mm fan blower for active cooling.

• Display: MKS Klipad50 v1.2.

Print Settings

• Material: PLA, PETG, or ABS.

• Infill: 15-20% (Rectilinear or Gyroid).

• Supports: Minimal supports may be needed for the port cutouts depending on your printer's bridging capabilities.

• Layer Height: 0.2mm for a good balance between speed and detail on the embossed text.

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Software Recommendation: Unlocking the Full Potential

While this case fits the stock MKS hardware, I highly recommend moving away from the factory firmware to a truly Open Source OS.

The community hero torte71 has developed an amazing implementation of Armbian (Debian/Ubuntu) specifically for this board. Using his work (found in the GitHub repository torte71/armbian-mksklipad50), you can:

• Run Modern Linux: Move to Kernel 6.x+ for better stability and security.

• True Versatility: Easily install Home Assistant via Docker, a full Klipper stack, or even use it as a standalone Linux kiosk.

• Performance: The hardware runs much smoother, and my enclosure's active cooling design is the perfect match to keep the CPU temperatures low while running these advanced tasks.

Special thanks to torte71 and the Armbian community for providing the software backbone that makes this hardware a beast!