Re: E3D Titan extruder
Note also that due to the gear reduction, you can get away with a smaller (lighter) NEMA17 motor. There's a weight savings of around 100g to be had there.
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SoliForum - 3D Printing Community → XYZ Printing DaVinci → E3D Titan extruder
Note also that due to the gear reduction, you can get away with a smaller (lighter) NEMA17 motor. There's a weight savings of around 100g to be had there.
108g... that's a drastic drop for a non-bowden setup. and FLEXIES to boot!
The stock Da Vinci 1.0 Extruder / Hotend can be at best described as agricultural.
Note also that due to the gear reduction, you can get away with a smaller (lighter) NEMA17 motor. There's a weight savings of around 100g to be had there.
I may have to do this, when I was heating up the gear it slid towards the motor. After that I could not heat it up enough to get it to slide off, I eventually cooked it.
Probably best to heat it with the gear down and let gravity do its job... will a standard stepper work? Doesn't davinci swap two wires?
Probably best to heat it with the gear down and let gravity do its job... will a standard stepper work? Doesn't davinci swap two wires?
According to this thread it is standard, I just need to figure out the wiring.
Is the ptfe tubing just for a bowden setup or is it used somehow with direct drive ?
PTFE tubing is used in:
1.75mm direct and Bowden v6
3.0mm bowden v6
direct and Bowden Lite6
Sorry, what I meant was how is the piece of tubing which comes with the Titan used ?
Sorry, what I meant was how is the piece of tubing which comes with the Titan used ?
If you look at the top of the tensioner, you will see there is a hole. It is a very tight fit, so be careful not to break anything. For direct and not bowden place a piece of PTFE tubing about 50mm long into this hole as the start of a guide. It will only go so far then the original hole in the tensioner takes over. There is a small gap in the filament Path of about 2mm ish as it goes past the idler gear
Hope this helps
Thanks Stuart.
Does the tubing go right down to the gears ? (I'm thinking about flexible filament here.)
If possible, could you upload a shot of yours ?
Have you tried this?
Note also that due to the gear reduction, you can get away with a smaller (lighter) NEMA17 motor. There's a weight savings of around 100g to be had there.
Have you tried this?
elmoret wrote:Note also that due to the gear reduction, you can get away with a smaller (lighter) NEMA17 motor. There's a weight savings of around 100g to be had there.
I've seen that, but as I wrote earlier, my Extruder stepper motor post Titan only gets a fraction as hot as it used too. It is printing so fast. I'm not even tempted to try.
Here is what not to do :-)
https://www.youtube.com/watch?v=R70xjg-RWBI
elmoret wrote:Note also that due to the gear reduction, you can get away with a smaller (lighter) NEMA17 motor. There's a weight savings of around 100g to be had there.
I may have to do this, when I was heating up the gear it slid towards the motor. After that I could not heat it up enough to get it to slide off, I eventually cooked it.
Have you tried this?
elmoret wrote:Note also that due to the gear reduction, you can get away with a smaller (lighter) NEMA17 motor. There's a weight savings of around 100g to be had there.
I have not, but others have.
viperz28 wrote:Have you tried this?
elmoret wrote:Note also that due to the gear reduction, you can get away with a smaller (lighter) NEMA17 motor. There's a weight savings of around 100g to be had there.
I have not, but others have.
Sure that is the right link?
Here is what not to do :-)
https://www.youtube.com/watch?v=R70xjg-RWBI
viperz28 wrote:elmoret wrote:Note also that due to the gear reduction, you can get away with a smaller (lighter) NEMA17 motor. There's a weight savings of around 100g to be had there.
I may have to do this, when I was heating up the gear it slid towards the motor. After that I could not heat it up enough to get it to slide off, I eventually cooked it.
I'm sorry that happened. I wanted to see the rest where you fry the motor!
I'm make sure the gear is DOWN when I do mine!
elmoret wrote:viperz28 wrote:Have you tried this?
I have not, but others have.
Sure that is the right link?
Yes, I am sure. Details are in the third post.
That post is a mess, but the bottom line is she reports this stepper motor works with the titan. Isn't it cute??
http://www.omc-stepperonline.com/nema-1 … p-101.html
That post is a mess, but the bottom line is she reports this stepper motor works with the titan. Isn't it cute??
I tried to link/quote this earlier, but I was flagged for spam.
Her pictures seem to be corrupted links. But if what she says is true, it is nothing short of impressive.
What she said is true, I'm not sure why the links are broken. I saw her setup printing myself, here's a video:
https://youtu.be/-eYEmzcHlcs?t=889
Its simple math really, with a 3:1 reduction ratio the stepper motor only needs to have 1/3rd the torque of a normal direct drive NEMA17.
Here is what not to do :-)
Wow that sucked to see. Is this yours or did you just find this? If it is yours did you get the gear off eventually?
What I have now is the Titan with this stepper motor (https://www.matterhackers.com/store/pri … pper-motor), its current/phase is 2.0, can I just replace the stepper motor driver then adjust to give it 2.0 amps and call it a day?
Those motors have far more torque than is needed, most Pololu style stepper drivers can't do 2 amps anyway. 0.6 amps or so would be plenty on that setup.
Also this:
The motors have twice the step accuracy of a typical motor.
is pretty silly, these are 1.8deg motors, which is standard.
viperz28 wrote:Here is what not to do :-)
Wow that sucked to see. Is this yours or did you just find this? If it is yours did you get the gear off eventually?
Oh this is all me and oh so typical, I wish I had grabbed on 1 second sooner :-)
viperz28 wrote:Here is what not to do :-)
https://www.youtube.com/watch?v=R70xjg-RWBI
viperz28 wrote:I may have to do this, when I was heating up the gear it slid towards the motor. After that I could not heat it up enough to get it to slide off, I eventually cooked it.
I'm sorry that happened. I wanted to see the rest where you fry the motor!
I'm make sure the gear is DOWN when I do mine!
Here you go, at this point I knew I wasn't getting it off but I must persist.....LOL
https://www.youtube.com/watch?v=Fw99k8NXMno
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