I plan to keep the concrete floor in pristine condition by completely covering it with a protective layer of tools, fasteners, and unfinished projects.You'll never see it like that ever again.
You'll never see itlike thatever again.
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The best laid plans of mice and men?I plan to keep the concrete floor in pristine condition by completely covering it with a protective layer of tools, fasteners, and unfinished projects.
The best laid plans of mice and men?
A friend bought them via JLC or Tindie or something like that (the blanks) and posted one down to me. There's also a link to a mouser shopping basket for all the components in the github repo. I specced a different FET for the USB-PD switching as the one used wasn't available from the usual suspects (the next one down which just had a slightly lower max current rating I think but well within spec for the board's requirements). I soldered it all up, there are quite a few QFN parts so ended up buying a hot air pencil (been meaning to for a while) and used some solder paste to reflow them.Did you assemble that board or is someone selling them? I bought a couple of JBC tips years ago after Marco Reps posted a video, but I never actually did anything with them. The plan was a station just like your render, but on a DeWalt battery.
That would be great if you can spare the parts (Depending how you price your labour of course@Maker if you don't have the kit / ability to reflow I could assemble one (will have to see if Henry has another board) if you're happy to cover costs.
Today , I became involved in some pack - carburising of some press tooling, seeing as how they'd been machined from some sort of mild steel , and wouldn't harden at all on the normal sort of method for O.1 .
Anyway, they are now glass - hard , and probably much better for being case - hardened than through - hardened and subsequently tempered...
I don't have them in stock but can order them in easily enough.That would be great if you can spare the parts (Depending how you price your labour of course), I'll PM you. I've got the kit to do it at work but may lack the skill, I only really desolder for fault finding rather than assemble anything functional.
Just dug out the tips I bought, can only find one, and apparently I cheaped out on the handpiece and started making my own.A friend bought them via JLC or Tindie or something like that (the blanks) and posted one down to me. There's also a link to a mouser shopping basket for all the components in the github repo. I specced a different FET for the USB-PD switching as the one used wasn't available from the usual suspects (the next one down which just had a slightly lower max current rating I think but well within spec for the board's requirements). I soldered it all up, there are quite a few QFN parts so ended up buying a hot air pencil (been meaning to for a while) and used some solder paste to reflow them.
I'd come across someone who'd reverse engineered the tips and how to drive them so was planning on designing one and then came across AxxSolder and it was a bit of a no-brainer to just build it, especially after my mate donated a board to me.