<p>For FDM technologies in general with a single extruder, slicing modifications is your only options. However there will be a trade off between quality and speed. 
For ABS, changing to a machine with a enclosed build (such as a zortrax) chamber may help and a heated build chamber (Stratasys machine) will help the quality and reliability but not the print speed directly. As ABS has a tendency to warp vase mode is not the best idea either.</p>

<p>If you only need high resolution and not strength then reducing the infill percentage or even using vase mode will speed up the print. Also changing to a material that you can print at higher speeds like PLA will magnify any of the previous settings.</p>

<p>If you have two extruders then changing to a wider nozzle and using that for infill may speed up the print, heating and cooling time during extruder changeover may actually make it slower.</p>

<p>For other technologies there are lots of options digital light projection (DLP) and stereolithography (SLA) both provide significantly higher resolution then FDM, with DLP being the faster of the two, <a href="https://formlabs.com/blog/3d-printing-technology-comparison-sla-dlp/" rel="nofollow noreferrer">comparison</a>. Take the review with a grain of salt though as the technologies are far from standardised, for example out DLP at work offers far higher resolution and speed then our SLA which is quite old.</p>

<p>Sintering or melting technologies can scan the outline every layer then perform a infill of multiple layers at once to speed up the process. </p>

CC BY-SA 3.0
2017-10-31T01:25:40.387Z
2017-10-31T02:31:08.560Z
2017-10-31T02:31:08.560Z
plaintoothpaste
<p>You could experiment with slicing. For example, you might not need high resolution all over the object, but you can speed up some straight parts by using greater layer high there. See a <a href="http://manual.slic3r.org/expert-mode/variable-layer-height">part of Slic3r manual</a> about such thing.</p>

<p>It is also possible to print thicker infill every Nth layer, see <a href="http://manual.slic3r.org/expert-mode/infill-optimization">Infill optimization</a> in Slic3r.</p>

<p>Other slicers might have those features as well.</p>

CC BY-SA 3.0
2016-01-12T20:20:17.790Z
2016-01-12T20:20:17.790Z
hroncok
<p>When I've printed an object I've had to choose between high resolution and quick prints.  What techniques or technologies can I use or deploy to speed up my high resolution prints?</p>

CC BY-SA 3.0
2017-10-31T01:16:24.713Z
which technologies are you currently printing in and which are you considering, this will affect the answer.
plaintoothpaste
CC BY-SA 3.0
2017-10-31T01:19:24.047Z
@plaintoothpaste I'm printing ABS using a filament based printer (Taz Mini, in this case)
Adam Davis
CC BY-SA 3.0
2017-10-31T10:22:25.003Z
If you can't decrease resolution, you have to increase print speed, period. All other methods (lower infill, partial resolution decrease, multiple nozzles, etc) highly depend on the model type thus can't provide reliable result and in many cases only decrease final delivery time (you have to spend time on fiddling with these techniques)
Mikhail Z
CC BY-SA 3.0
2016-01-12T18:47:12.573Z
Did I just place the first upvote?  Congrats on getting this site off the ground!
Citizen
CC BY-SA 3.0
2016-01-12T19:42:08.613Z
What are you looking for in an answer? You are basically asking how to make your car drive faster while using less fuel.
Tom van der Zanden
CC BY-SA 3.0
2016-01-12T19:55:46.737Z
@TomvanderZanden I'd heard of some experiments in the past that have two nozzles, one larger and one finer.  The fine detail would take two passes (two layers) to build up the needed high resolution exterior, while the larger nozzle would perform the infill with only one layer for every two high resolution layers, and could do so very quickly due to the nozzle size and the amount of plastic it could pump.  I haven't heard anything more, and I expect there are other methods that could speed this up by now (this was years ago).
Adam Davis
<resolution><speed><quality>
How to obtain high resolution prints in a shorter period of time?
Adam Davis
# How to obtain high resolution prints in a shorter period of time?

(Asked by: username_0 on 2016-01-12)

When I've printed an object I've had to choose between high resolution and quick prints. What techniques or technologies can I use or deploy to speed up my high resolution prints?

**Tags:** resolution, speed, quality
> **Comments:**
> **username_3**: Did I just place the first upvote?  Congrats on getting this site off the ground!  
> **username_4**: What are you looking for in an answer? You are basically asking how to make your car drive faster while using less fuel.  
> **username_0**: @TomvanderZanden I'd heard of some experiments in the past that have two nozzles, one larger and one finer.  The fine detail would take two passes (two layers) to build up the needed high resolution exterior, while the larger nozzle would perform the infill with only one layer for every two high resolution layers, and could do so very quickly due to the nozzle size and the amount of plastic it could pump.  I haven't heard anything more, and I expect there are other methods that could speed this up by now (this was years ago).  
> **username_1**: which technologies are you currently printing in and which are you considering, this will affect the answer.  
> **username_0**: @plaintoothpaste I'm printing ABS using a filament based printer (Taz Mini, in this case)  
> **username_2**: If you can't decrease resolution, you have to increase print speed, period. All other methods (lower infill, partial resolution decrease, multiple nozzles, etc) highly depend on the model type thus can't provide reliable result and in many cases only decrease final delivery time (you have to spend time on fiddling with these techniques)  

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## 2 answers

### Answer by username_5 on 2016-01-12. Score: 8 | Accepted answer

You could experiment with slicing. For example, you might not need high resolution all over the object, but you can speed up some straight parts by using greater layer high there. See a [part of Slic3r manual](http://manual.slic3r.org/expert-mode/variable-layer-height) about such thing.

It is also possible to print thicker infill every Nth layer, see [Infill optimization](http://manual.slic3r.org/expert-mode/infill-optimization) in Slic3r.

Other slicers might have those features as well.


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### Answer by username_1 on 2017-10-31. Score: 2

For FDM technologies in general with a single extruder, slicing modifications is your only options. However there will be a trade off between quality and speed.
For ABS, changing to a machine with a enclosed build (such as a zortrax) chamber may help and a heated build chamber (Stratasys machine) will help the quality and reliability but not the print speed directly. As ABS has a tendency to warp vase mode is not the best idea either.

If you only need high resolution and not strength then reducing the infill percentage or even using vase mode will speed up the print. Also changing to a material that you can print at higher speeds like PLA will magnify any of the previous settings.

If you have two extruders then changing to a wider nozzle and using that for infill may speed up the print, heating and cooling time during extruder changeover may actually make it slower.

For other technologies there are lots of options digital light projection (DLP) and stereolithography (SLA) both provide significantly higher resolution then FDM, with DLP being the faster of the two, [comparison](https://formlabs.com/blog/3d-printing-technology-comparison-sla-dlp/). Take the review with a grain of salt though as the technologies are far from standardised, for example out DLP at work offers far higher resolution and speed then our SLA which is quite old.

Sintering or melting technologies can scan the outline every layer then perform a infill of multiple layers at once to speed up the process.


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