since i hung up all my handles from wera, i needed a spot to put all the bits
this works perfectly!
the noses where a bit to wide tough for my Skadis, i had to file them down but otherwhise it fits nicely!

since i hung up all my handles from wera, i needed a spot to put all the bits
this works perfectly!
the noses where a bit to wide tough for my Skadis, i had to file them down but otherwhise it fits nicely!
The tolerances on this model are spot on; however, when a #11 blade is installed, the tip sticks through the bottom which poses a potential safety hazard. Printed at 0.4mm layer heights on Prusa Mini in Flashforge ASA. Please note, when printing ASA, disable the “keep fan always on” function. Otherwise Marlin throw a “fan stopped” error halfway through the print. This function is located under Filament>Cooling>Enable>Keep fan always on. I personally would recommend staying away from Flashforge’s ASA and using a more reputable brand like Polymaker.
Edit: the blade issue was fixed. This model is awesome! (edited)
@Mihais_Makerspace This is a great point. I looked closer at mine and noticed the same thing! New v2 model uploaded with an extra 6mm to fully protect the #11 blade
This is why 3D printing is awesome! I printed mine in a natural PLA. It was a bit tight to screw on and I was initially worried it wouldn't fit but it just took a bit of force and it threaded on fine. Thanks for making this!
Love that it fits on two buildplates. The tolerances are a bit thight thoug, especially for the pins. They tend to break when the fit is too tight, so a bigger diameter might help :)
Printed the right side with the project files and settings not fit for my printer on a textured bed. The print did not adhere to the bed and was warped (I'm still new to 3d printing).
I did the left side with 0.2 layer hight, mouse ear brims and support. This came out very nice in Prusa Galaxy Black and I was even able to save the other half with some spacers and glue :)
I suggest to move the pegs a little bit into the print bed to improve adhesion.