Hexton Hills Epic Cities Lowside District Set 01
$8.10 Hexton Hills Epic Cities Lowside District Set 01
3D
Published 2024-04-22T08:55:17+00:00
This Hexton Hills - Epic Cities Lowside District set consists of 14 unique tiles. Pre-supports included.
Hexton Hills is a modular, hex based toolset for roleplaying, wargaming and worldbuilding. Designed to be printed as a single peice for both resin and FDM printers. Tiles can support x2 3x2mm magnets along each edge and x1 10x2mm magnet on its underside.
Troubleshooting:
If peeling from the build-plate occurs this is likely due to either an insufficient bottom layer count or bottom exposure time. Increase one or both.
If the model is pulling free of its pre-supports this is most likely due to inadequate exposure time or the lift speed may need reducing. Larger printers may need lower lift speeds to compensate for increased surface suction between buildplate and FEP.
Regarding pre-supports and scaling. The supports are designed to be printed at the default 100% scale, we can't garantee they'll work if the user reduces model scale. Lowering to 75% scale should be fine.
Some pre-supported files have also been hollowed and supported internally. Reducing the scale of these may cause problems due to the reduction of wall thickness.
Of course this is all dependent on printer settings and resin types so please feel free to experiement.
Unsupported versions of all tiles are provided so users may experiment with their own scales, settings and supports.
All Resin Hexton Hill models are designed to be printed at an angle of 27.5 degrees. Elements such as angles intergrated into the design reflect this.
You can contact us with any problems or queries at:
email: info@gravenguild.com
Facebook: https://www.facebook.com/GravenGuild
Also feel free to join one of our Hexton Hill communities:
Facebook: https://www.facebook.com/groups/hextonhills
Discord: https://discord.gg/YHPMuRz
| Date published | 22/04/2024 |
| Price | $8.10 |
| Support Free | YES |
Always loving the detail and character.