HexagOhm Hexagon Box Mod i stick pico 75w module
thingiverse
It's indeed a challenging task to accomplish. I employed cyanolyte glue to secure the various components together. To assemble the card pico module 75, I attached the card holder piece (the large one situated between the two electronic cards above the power button and the small one above the micro usb) using the cyanolyte glue to solidify it. The power button consists of three parts; the "button power addition" can be filed down to adjust its contact with the button on the electronic card. For the + and - buttons, I glued them to the "+ and - rod", which needs to be adjusted in order to have a good contact with the buttons on the card. The + and - support is designed to secure the "+ and minus" socket; it fits just below the electronic board. To fix it, I applied it to the button - (the one below). Code for pausing filament color change: G1 X0 Y5 M25 G1 X0 Y5 If you require clarification on any of these steps, please don't hesitate to ask questions as this is not a straightforward process. Here are the links for non-printable parts: https://www.fasttech.com/products/3828300 (18650 case) https://www.fasttech.com/products/5573600 (istick pico 75 module) https://www.fasttech.com/products/3441408 (510 pin)
With this file you will be able to print HexagOhm Hexagon Box Mod i stick pico 75w module with your 3D printer. Click on the button and save the file on your computer to work, edit or customize your design. You can also find more 3D designs for printers on HexagOhm Hexagon Box Mod i stick pico 75w module .