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Conclusion
Instructions from BrailleBot
And there you have it — we're all set to explore the Braille alphabets with BrailleBot. If you encounter any questions or issues during the implementation, feel free to let me know in the comments section. If you've successfully created this project...

Soldering the CPU
Instructions from 68020 minimal homebrew computer
Start by soldering the CPU; it can be done with a regular soldering iron. Refer to the internet for guidance on soldering this SMD component (SMD soldering tutorial). The trick is to use flux (and very little tin). For me, this was the first time I soldered...

Supplies
Instructions from Pixo | Dazzling Desk Display
1x Pixo PCB 170x WS2812B Mini V3 1x Firebettle ESP32 1x Stencil (Optional) 1x Solder Paste 2x 3D Printed Parts 12x 2mm Screws My Tools: Screwdriver Set 3D Printer Rework Station

CAD Design
Instructions from Pixo | Dazzling Desk Display
I started by creating the shapes for the LED arrangement using Fusion 360. I also designed the outer border of the matrix and saved them as DXF files. You can find and download the DXF files from below that I created for your reference. After that,...

3D Printing
Instructions from Pixo | Dazzling Desk Display
Now, I've got the Pixo enclosure and back cover 3D-printed, both of which I designed. I utilized the Anycubic Neo 3D printer with a 2mm layer height. Take note: in my design, the enclosure and diffuser are part of the same body, allowing for a seamless...

Assembly
Instructions from Pixo | Dazzling Desk Display
For the assembly process, take the 3D printed housing, position the PCB, align the holes, and secure the PCB to the housing using 8 2mm screws. In my initial assembly, I encountered a couple of issues—there wasn't an opening for the ESP32 board, and...

Conclusion
Instructions from Pixo | Dazzling Desk Display
In conclusion, the Pixo project is a colorful journey of creativity and technology. We designed and 3D printed a cool enclosure, assembled the LED matrix with a custom PCB, and brought it to life with the Firebeetle ESP32-S2 microcontroller. While the...

3D Print the Mounting Base
Instructions from DIY USB-PD Powered MCH Automatic Reflow Hotplate
First you can start by 3D printing the base. It is a simple step. Just get the stl file, slice it and send it to a 3D printer.

Send the PCB to Print
Instructions from DIY USB-PD Powered MCH Automatic Reflow Hotplate
As the PCB is the main component of this build, you can order your PCB at any PCB manufacturer you preferred. This project is sponsored by JLCPCB. If you have never tried to order a PCB before, please feel free to try out JLC services with the link below....

Laser Cut the Hot-plate Support Structure
Instructions from DIY USB-PD Powered MCH Automatic Reflow Hotplate
The hotplate support structure is a piece of 3mm MDF that is wrapped in Kapton tape. This prevent the MDF from smoking and turning black after long period of uses.

Assemble the Temperature Sensor Element
Instructions from DIY USB-PD Powered MCH Automatic Reflow Hotplate
The temperature sensor (glass bulb part only) is glue to the back of the MCH hot-plate with heat-sink adhesive. Note that there are a lot of S922 heat sink adhesive clone out there that cannot handle the temperature stated in its datasheet. So make sure...

Glue the MCH Hot-plate in Place
Instructions from DIY USB-PD Powered MCH Automatic Reflow Hotplate
Use K-704 heat-proof silicone adhesive to glue the MCH hot-plate in place. Make sure to give it a generous amount of glue and make sure all the surface where the hot-plate is touching the MDF is covered with a thick layer of heat-proof glue. If you do...

Solder the MCH and Thermistor to the PCB
Instructions from DIY USB-PD Powered MCH Automatic Reflow Hotplate
After the glue dry, you can route the leads of the MCH through the two large circular holes near the square hole to the back side of the PCB and solder the hot plate power wire to the PCB from the other side. For the thermistor, you will need to use...

Flashing the Hotplate Firmware
Instructions from DIY USB-PD Powered MCH Automatic Reflow Hotplate
I am assuming you have basic knowledge on how to use Arduino IDE and install new boards from board manager. You will need to install this board manager in order to flash the firmware to the hotplate. https://github.com/DeqingSun/ch55xduino If your chip...

Thermal Testing
Instructions from DIY USB-PD Powered MCH Automatic Reflow Hotplate
In order to test the hotplate, screw the base to the PCB assembly and stick a temperature sensor to the surface of the hotplate with Kapton tape. Press and hold the "START" button to start reflowing. The yellow LED should start fast blinking indicating...

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