Cartesio

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Revision as of 01:28, 17 August 2011 by Jos (talk | contribs) (Description)
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Cartesio

Release status: working

Tr12 190.jpg
Description
Printed CNC machine
License
GPL v2
Author
Contributors
Based-on
[[]]
Categories
CAD Models
see files
External Link


This page is under development

Description

Cartesio is a 3 axis printed Carthesian CNC machine.

The machine is designed to hold multiple tools at its toolhead.

This way one could connect a mill and/or a 3Dprint extruder and/or....

The axis are powered by 3 NEMA23 steppers, which are about the smallest in the lineup.

The max feedrates, with these small motors, are for X and Y 2400mm/min, and for Z 660mm-min.

Which are reasonable speeds for 3D printing.

When milling the block of wood (below on this page) I set the feedrate to 100, and the depth of the layer to 0.6mm.

Travel speeds were 2400and 660.

This gave nice results.



Rather then having one long (endless) page here, I divided the assembly instructions in to separate pages in the wiki. Please follow the links

Cartesio images

Cartesio2.jpg

Cartesio5.jpg

It is not exactly "Hello world" but it`s still the first milling experience for Cartesio.

The G-code was made with Skeinforge41. I`m still tweaking.


Cartesio3.jpg

Cartesio uses 3 Hall-Θ endstop sensors


Cartesio4.jpg

Cartesio uses a CNC arduino shield that can connect to a uno or a Mega.

It is still in prototype state, but information can be found here [2]

Files

I will add the files at the appropriate pages of the assembly instructions.

Parts List

Assembly Instructions

Assembling the Cartesio is a relative easy process.

There are however a couple of things that have to be done in a certain sequence, otherwise you will be dis-assembling again and again.


So we will begin our journey at the Cartesio Base.

After that we will go to the Cartesio Z-axis.

Then straight to the Cartesio X-axis.

And finish at the Cartesio Y-axis

Setup

So now that you have setup the individual base and axis, now it is time to connect them all together.