Thingiverse
i-3030 3D printer
by PavelS
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Update 30/04/2020: - Given that thingiverse couldn't be bothered with sorting the website - I'll be taking down all my design files until further notice.
This is my Second take on the Prusa i3 re-design.
My requirements were:
- Sturdy frame. I got tired of fighting resonances and went full overkill.
- Precision over speed.
- Top shelf, and widely available components only:
* e3D Titan,
* e3D V6 hotend,
* Prezision piezo orion kit,
* Duet Wifi 1.04
* 300mm Z Threaded nema17,
* mk3/2a heatbed,
* Noctua fans,
* 12v psu
- No endstops. X and Y are using sensorless homing made possible by TMC drivers.
- No inductive Z probes. Piezo orion is built into the extruder, which uses the nozzle instead.
- Has to be able to self calibrate.
- Has to be as plug and play as possible.
- Has to use 3030-l Aluminium profiles.
Although this is very much work in progress, I believe I've reiterated enough to iron out all the "obvious" quirks and I am currently running two of these
This is my Second take on the Prusa i3 re-design.
My requirements were:
- Sturdy frame. I got tired of fighting resonances and went full overkill.
- Precision over speed.
- Top shelf, and widely available components only:
* e3D Titan,
* e3D V6 hotend,
* Prezision piezo orion kit,
* Duet Wifi 1.04
* 300mm Z Threaded nema17,
* mk3/2a heatbed,
* Noctua fans,
* 12v psu
- No endstops. X and Y are using sensorless homing made possible by TMC drivers.
- No inductive Z probes. Piezo orion is built into the extruder, which uses the nozzle instead.
- Has to be able to self calibrate.
- Has to be as plug and play as possible.
- Has to use 3030-l Aluminium profiles.
Although this is very much work in progress, I believe I've reiterated enough to iron out all the "obvious" quirks and I am currently running two of these
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