This is just a little modification of the original design for myself.
I modified the plate to max out heating area and the 10x10 cm dimension.
I modified the controller PCB to be the same width as the plate, so you can mount the controller on top of the plate with spacers. Also the display and the rotary encoder is mounted directly to the PCB.
See at Hardware.
This project aims to make SMD soldering easier with a cost efficent solution by using a controller and a hot plate. Reflow Plate project was mainly inspired from the DerSpatz but ported to STM32 platorm and the firmware is entirely written from scratch to support modularity and ease of configuration. Firmware also incorporates some extra features by utilizing the extra memory and flash space provided by the more advanced stm32 chips. Project aims to be a complete solution by providing firmare, hardware, 3d models and even a PC control application.
Additional details on hardware can be found in Hardware.
Additional details on firmware can be found in Firmware.
Additional details on 3d models can be found in Firmware.
Additional details on GUI application can be found in GUI Readme.
This project can be directly ordered by using JLCPCB assembly service. Connectors, 7A Fuse, Radial capacitors, LED are discarded from SMT assembly to reduce costs. OLED Display, Rotary Encoder, NTC, STLink (Used to flash) also have to be sourced seperately. For hot plate, I would recommend getting an aluminum plate as the costs are pretty much the same.
Join the discord community for further discussion.
- DerSpatz - For original hardware design
Licenses linked to this main project can be found in the related sub-folders.