Update 15/07/2019
I've pushed an updated version of the mount. After tens of prototypes I'm finally glad with the performance of this one. It's the file named Piezo Mount V3.stl in the files section.
It uses the same screws as the V2:
With this mount I am able to achieve the promised 0.005mm precision with relative consistency.
The main updates/features added in this version are:
Suggested print settings:
Update 18/05/2019
I've added a v2 of this mount, which is the one I've been used for the last few weeks. It's a little sturdier and easier to print, and requires no supports.
Screws needed:
This is a mount for the Creality CR-10 family of printers (and others with the same X carriage) and the PrecisionPiezo Orion probe.
You'll need a PrecisionPiezo Orion. I recommend you get the groovemount kit (https://www.precisionpiezo.co.uk/product-page/precision-piezo-orion-kit) and just replace this mount for the top part.
Alternatively, buy the PCB from precision-piezo, print out the groove clamp from this thing (https://www.thingiverse.com/thing:2841681), which is the same one that comes in the kit, and sort out the wiring.
You also need an E3Dv6 or compatible hot end.
Screws needed:
There are basically 2 versions of the mount, one named 5mm and the other named 10mm.
Those numbers represent the vertical distance between the top of the carriage and the top of the mount.
The 10mm should work for most printers but due to some modifications on my printer my Z motor sits higher than normal so I'm using the 5mm version in order to allow the nozzle to reach the bed.
They have both been published with supports on the corner or without them (file name ends in _NS).
If you print and use this thing, please post pictures and let me know in the comments!
For reference, the fan mounts in the pictures is this: https://www.thingiverse.com/thing:2769783
Printer Brand:
Creality
Printer:
CR-10 Mini
Rafts:
No
Supports:
No
Resolution:
0.2mm
Infill:
33%
Filament: Filamentive PETG Transparent
Notes:
The supports included in the STLs are quite effective on the corners. They have very little contact with the actual piece and as such break out easily.
Category: 3D Printer PartsThe author marked this model as their own original creation. Imported from Thingiverse.