<p>In general, resin printers can provide a level of detail that has to be viewed with a magnification device. The technology used in the printer will limit the resolution of the printed object. Laser based SLA printers will give the smallest resolution, while LCD panel based printers can be slightly more coarse.</p>

<p>The specifications on the web site for that printer indicate an X/Y resolution of 57 microns, which is 0.057 millimeters. One-sixteenth of a millimeter is quite a high resolution when it comes to 3D models.</p>

<p>According to the 'net HO scale is 1:87, described as 3.5 mm per foot, a peculiar comparison. Directly related to the resolution of the printer, 0.057 mm becomes 0.20 inches approximately. I suspect that an HO scale model does not require one-fifth of an inch detail level.</p>

<p>OO scale is slightly larger and would pose even less of a concern regarding fine resolution objects.</p>

CC BY-SA 4.0
2019-05-08T22:54:58.607Z
Thank you @fred_dot_u , it is a complete answer. But I think you've looked at their new project. The current version X/Y resolution is 100 microns which I assume is still enough for scale work.
Andy Andy
CC BY-SA 4.0
2019-05-09T00:03:07.173Z
I agree that 100 microns, 0.100 mm still is pretty detailed. Four-tenths of an inch in scale is really really tiny! It means you could have a building with one of those perpetrator door scales and be able to distinguish the inch marks and know how tall is the guy who robbed the stage coach.
fred_dot_u
CC BY-SA 4.0
2019-10-26T20:48:23.257Z
H0 comes from "Half-0" and was originally 50% of the 0 track. 00 is a slightly enlarged (4mm per foot) H0, using the H0 tracks.
Trish
CC BY-SA 4.0
2019-05-08T22:38:35.007Z
2019-05-08T22:38:35.007Z
fred_dot_u
<p>I own a Sparkmaker <strong>FHD</strong> whose X/Y resolution is 57µm. Z resolution (layer height) is up to the user, 25, 50 or 100µm being typical values. I have limited experience with it but the level of detail seems to be coherent with the specification.</p>

<p>The more popular (but less powerful in therm of UV light, so slower) Anycubic printers have a 2k screen and reach a X/Y resolution of 47µm. I think some printers with a 4k screen can reach down to 37µm X/Y resolution, even if the practical resolution is probably larger, due to some horizontal light diffusion in the screen upper layers and in the FEP film.</p>

CC BY-SA 4.0
2019-10-26T18:34:42.207Z
2019-10-26T18:34:42.207Z
Sylvain
<p>I don't want this to be a specific producer question, but I would like to know if the Sparkmaker is good enough to print small details in OO/HO scale objects.
I'm referring here to objects like furniture, and other house appliances at scale.
I wasn't able to find any visuals with very small objects for this printer.</p>

<print-quality><resin><sparkmaker>
Is the Sparkmaker good enough to print OO/HO small detail objects?
Andy Andy
# Is the Sparkmaker good enough to print OO/HO small detail objects?

(Asked by: username_0 on 2019-05-08)

I don't want this to be a specific producer question, but I would like to know if the Sparkmaker is good enough to print small details in OO/HO scale objects.
I'm referring here to objects like furniture, and other house appliances at scale.
I wasn't able to find any visuals with very small objects for this printer.

**Tags:** print-quality, resin, sparkmaker

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## 2 answers

### Answer by username_1 on 2019-05-08. Score: 3 | Accepted answer

In general, resin printers can provide a level of detail that has to be viewed with a magnification device. The technology used in the printer will limit the resolution of the printed object. Laser based SLA printers will give the smallest resolution, while LCD panel based printers can be slightly more coarse.

The specifications on the web site for that printer indicate an X/Y resolution of 57 microns, which is 0.057 millimeters. One-sixteenth of a millimeter is quite a high resolution when it comes to 3D models.

According to the 'net HO scale is 1:87, described as 3.5 mm per foot, a peculiar comparison. Directly related to the resolution of the printer, 0.057 mm becomes 0.20 inches approximately. I suspect that an HO scale model does not require one-fifth of an inch detail level.

OO scale is slightly larger and would pose even less of a concern regarding fine resolution objects.

> **Comments:**
> **username_0**: Thank you @fred_dot_u , it is a complete answer. But I think you've looked at their new project. The current version X/Y resolution is 100 microns which I assume is still enough for scale work.  
> **username_1**: I agree that 100 microns, 0.100 mm still is pretty detailed. Four-tenths of an inch in scale is really really tiny! It means you could have a building with one of those perpetrator door scales and be able to distinguish the inch marks and know how tall is the guy who robbed the stage coach.  
> **username_2**: H0 comes from "Half-0" and was originally 50% of the 0 track. 00 is a slightly enlarged (4mm per foot) H0, using the H0 tracks.  

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### Answer by username_3 on 2019-10-26. Score: 3

I own a Sparkmaker **FHD** whose X/Y resolution is 57µm. Z resolution (layer height) is up to the user, 25, 50 or 100µm being typical values. I have limited experience with it but the level of detail seems to be coherent with the specification.

The more popular (but less powerful in therm of UV light, so slower) Anycubic printers have a 2k screen and reach a X/Y resolution of 47µm. I think some printers with a 4k screen can reach down to 37µm X/Y resolution, even if the practical resolution is probably larger, due to some horizontal light diffusion in the screen upper layers and in the FEP film.


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