My favourite cranks ever are Rotor 3D but Rotor 3D+ have started appearing second hand locally going for silly cheap. I bought a set a couple of weeks ago with the intention of stripping and re-anodising them.
So yesterday I decided to get that going.
I used his recipes for solution ratios but used ChatGpt to calculate mixing ratios specific for my chemicals and for calculation of time/amperage using the 720 rule. It worked out great.
Next time I will probably not only de-anodise but also sand the cranks to get rid of the ugly laser engraving. IRL it doesn't look so bad but it's pretty clear that there's still some graphics left...
My favourite cranks ever are Rotor 3D but Rotor 3D+ have started appearing second hand locally going for silly cheap. I bought a set a couple of weeks ago with the intention of stripping and re-anodising them.
So yesterday I decided to get that going.
There's loads of fine videos out there. I ended up using this one as a guide: https://youtu.be/L2RKze7baJw?si=J0pfvK6dgXlt1d3M
I used his recipes for solution ratios but used ChatGpt to calculate mixing ratios specific for my chemicals and for calculation of time/amperage using the 720 rule. It worked out great.
Next time I will probably not only de-anodise but also sand the cranks to get rid of the ugly laser engraving. IRL it doesn't look so bad but it's pretty clear that there's still some graphics left...
5 Attachments