An enclosure for using the Arduino Nano as IR transmitter controlled over USB

thingiverse

Here is your request rewritten: A bespoke enclosure designed specifically for utilizing an Arduino Nano as a high-performance IR-transmitter, which can be expertly controlled via USB connectivity. Explore my comprehensive project on GitHub to access the intricate software and build instructions: https://github.com/robertmoro/MagicLightingRemote. The top section features adjustable mounting holes that accommodate two strategically placed magnets, offering maximum flexibility. A variety of model options have been carefully included, allowing users to tailor their design preferences. For the top: magnetic fixtures can be discreetly located within, outward-facing, or entirely omitted. Meanwhile, the main component can feature an integrated LED opening or remain unadorned. To further facilitate user customization, I have made the OpenSCAD file accessible, enabling individuals to create unique variations according to their specifications. As a finishing touch, the text 'FTEK' is discreetly embedded on the case top through a seamless integration of the STL-file with www.tinkercad.com. Now let's move on to the step-by-step instructions for assembly: 1) Select both the main and top components from the range of available variations. 2) Secure the two parts together using four precision-engineered 20 x 2 mm bolts and nuts, ensuring a sturdy yet seamless union. 3) Make certain that the strategically positioned magnets are accurately aligned with a diameter of 20 mm and thickness of 2 mm for optimal functionality.