Learn how to design and create a custom case for a DIY keyboard in this 33-minute tutorial, part six of a comprehensive keyboard-building series. Master the process of creating a functional enclosure by designing openings for keys, encoders, LEDs, and USB ports. Follow detailed instructions for adding structural elements like screw pillars and PCB support to ensure durability. Explore practical steps for 3D printing preparation, including STL file generation and paper prototyping. Access complete project files through provided GitHub, EasyEDA, and Thingiverse links, with additional resources available through Discord for community support. Part of a larger series covering schematic design, PCB layout, manufacturing, and software implementation for complete custom keyboard creation.
Custom DIY Keyboard Design and Build - Case and Box Design - Part 6
Overview
Syllabus
What is this tutorial about
Creating the box
Opening for keys
Openings around encoder
Openings for LEDs
Opening for USB
Adding pillars for screws - TOP
Adding pillars for screws - BOTTOM
Adding support to prevent PCB bending
Exporting and 3D printing the case
Adding a hole for button
Adjusting screw pillars
Generate 3D stl files
Printing PCB on paper
Adding License to schematic
Adding links and list of items to build the keyboard
Thank you for watching
Taught by
Robert Feranec
Related Courses
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Custom DIY Keyboard Design and Build: Keyboard Schematic - Part 2
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Custom DIY Keyboard Design and Build: PCB Layout - Part 4
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Custom DIY Keyboard Design and Build: Manufacturing Guide - Part 7
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Custom DIY Keyboard Design and Build: PCB Component Placement - Part 3
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Custom PCB Design Tutorial - From Schematic to Manufacturing in EasyEDA
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Custom DIY Keyboard Design and Build: PCB Layout Improvement - Part 5
