<p>ABS would be fine, as a material, for the application.</p>

<p>The problem, given the scale, would be the printing device used. I would suggest that you have the piece cut to spec for you using a polycarbonate. </p>

<p>If you have access to a workshop you could do so yourself if you set up proper fencing using a larger sized bandsaw(with a very fine toothed blade), had rollers to help support the size of your piece(as it would not fit on the tool's platform) and likely need a second set of hands to help control the outfeed. You would also need to drill access for the cut out then cut the perimetre.</p>

<p>You could also consider printing(ABS) in smaller sections then fusing each section together edge to edge(solvent welding of ABS is very strong and permanent), if you were really dead set on using a typical 3D printer for this. It would, in theory, be possible, but it would be very tedious. The adhesives, and cleaner, would be available from any plumbing supply and/or (home depot, lowes, walmart et al.). If you go this route be sure to have ample ventilation and plan your work space well in advance. I would not recommend this option but it is "possible".</p>

<p>Given the scale of the piece though, and for sake of accuracy, going to a shop with CNC equipment and using polycarbonate would be your best bet.</p>

CC BY-SA 3.0
2016-09-03T13:40:52.167Z
You should perhaps also mention that *warping* will be a huge problem with ABS at this size.
Tom van der Zanden
CC BY-SA 3.0
2016-09-03T17:59:37.277Z
Agree with easier to buy a sheet and cut.    If your set on ABS it also can be bought in sheets.    A third material that is easy to machine and extremely durable is UHMW plastic (like used in cutting boards and chain roller guides).      I have only seen one commercial 3d printer that could approach size given.
spicetraders
CC BY-SA 3.0
2016-10-28T17:45:47.287Z
That would *just* fit in my printer, but Tom's point about the warping is right -- I can't imagine it coming out very well, and it would take several days to a few weeks to finish.
TextGeek
CC BY-SA 3.0
2016-09-03T12:25:59.947Z
2016-09-03T12:25:59.947Z
WarOrdos
<p>It is a huge part that would not fit in most 3D printers, do you have access to a 3D printer this big? Even if it does fit it will take a long time to print.</p>

<p>Considering it's a simple flat shape, maybe laser cut / CNC acrylic or wood would be better, as you will have a stronger part, and most likely faster and cheaper.</p>

CC BY-SA 3.0
2016-09-03T12:11:16.290Z
Some webpages offer you the possibility to print and send home. You have to send them the slt file
Kathlyn
CC BY-SA 3.0
2016-09-03T11:37:09.013Z
2016-09-03T11:37:09.013Z
Cash Lo
<p>I am designing an part for my car. It is a panel for the rear door. I want to add it some cases for tools, but before going on, could you tell me:</p>

<p>It is a large flat panel, around 100cm by 35cm.</p>

<p><strong>Is it going to be suitable for printing in that ABS material? Is it too big?</strong></p>

<p><a href="https://i.sstatic.net/wqGB7.jpg" rel="nofollow noreferrer"><img src="https://i.sstatic.net/wqGB7.jpg" alt="enter image description here"></a></p>

CC BY-SA 3.0
2016-09-03T12:14:33.633Z
I have edited your post to make the title more descriptive of your question, and added in the measurements in text. Using an image for essential details of your question is discouraged, because images are not accessible to those using screen-readers and can not be indexed by search machines.
Tom van der Zanden
<replacement-parts>
Is this very large flat panel printable in ABS?
Kathlyn
# Is this very large flat panel printable in ABS?

(Asked by: username_0 on 2016-09-03)

I am designing an part for my car. It is a panel for the rear door. I want to add it some cases for tools, but before going on, could you tell me:

It is a large flat panel, around 100cm by 35cm.

**Is it going to be suitable for printing in that ABS material? Is it too big?**

[![enter image description here](https://i.sstatic.net/wqGB7.jpg)](https://i.sstatic.net/wqGB7.jpg)

**Tags:** replacement-parts
> **Comments:**
> **username_1**: I have edited your post to make the title more descriptive of your question, and added in the measurements in text. Using an image for essential details of your question is discouraged, because images are not accessible to those using screen-readers and can not be indexed by search machines.  

---

## 2 answers

### Answer by username_2 on 2016-09-03. Score: 3 | Accepted answer

ABS would be fine, as a material, for the application.

The problem, given the scale, would be the printing device used. I would suggest that you have the piece cut to spec for you using a polycarbonate.

If you have access to a workshop you could do so yourself if you set up proper fencing using a larger sized bandsaw(with a very fine toothed blade), had rollers to help support the size of your piece(as it would not fit on the tool's platform) and likely need a second set of hands to help control the outfeed. You would also need to drill access for the cut out then cut the perimetre.

You could also consider printing(ABS) in smaller sections then fusing each section together edge to edge(solvent welding of ABS is very strong and permanent), if you were really dead set on using a typical 3D printer for this. It would, in theory, be possible, but it would be very tedious. The adhesives, and cleaner, would be available from any plumbing supply and/or (home depot, lowes, walmart et al.). If you go this route be sure to have ample ventilation and plan your work space well in advance. I would not recommend this option but it is "possible".

Given the scale of the piece though, and for sake of accuracy, going to a shop with CNC equipment and using polycarbonate would be your best bet.

> **Comments:**
> **username_1**: You should perhaps also mention that *warping* will be a huge problem with ABS at this size.  
> **username_3**: Agree with easier to buy a sheet and cut.    If your set on ABS it also can be bought in sheets.    A third material that is easy to machine and extremely durable is UHMW plastic (like used in cutting boards and chain roller guides).      I have only seen one commercial 3d printer that could approach size given.  
> **username_4**: That would *just* fit in my printer, but Tom's point about the warping is right -- I can't imagine it coming out very well, and it would take several days to a few weeks to finish.  

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### Answer by username_5 on 2016-09-03. Score: 2

It is a huge part that would not fit in most 3D printers, do you have access to a 3D printer this big? Even if it does fit it will take a long time to print.

Considering it's a simple flat shape, maybe laser cut / CNC acrylic or wood would be better, as you will have a stronger part, and most likely faster and cheaper.

> **Comments:**
> **username_0**: Some webpages offer you the possibility to print and send home. You have to send them the slt file  

---

