Neil J

SMOOTH - Stacking Dish

by
Harter Designworks
Follow
Follow
Remix Model
Harter Designworks
Harter Designworks
|
Image 1 of 8
SMOOTH - Stacking Dish 3d model
Harter Designworks
Harter Designworks
|
Image 1 of 8
SMOOTH - Stacking Dish 3d model
2D
3D
Makes
SMOOTH - Stacking Dish 3d model
SMOOTH - Stacking Dish 3d model
SMOOTH - Stacking Dish 3d model
SMOOTH - Stacking Dish 3d model
SMOOTH - Stacking Dish 3d model
SMOOTH - Stacking Dish 3d model
SMOOTH - Stacking Dish 3d model
SMOOTH - Stacking Dish 3d model
This model is restricted by licensing terms. 

Smooth and minimalist, this design features NO texture on the outer surface.

BONUS: Use a Cylinder modifier shape to add fuzzy skin starting at 4mm and ending 4mm below the top face for a nice texture version.

My modular nesting dishes stack to form any combo of colors and textures you'd like! Perfect for small objects like your keys, chapstick, cleaning cloths, trinkets, jewelry, and more. The inside of the dish is a perfectly-scoopable-with-your-fingies curved slope.

For an elevated finish, add a thin felt, cork or rubber pad to the base inside the nesting groove!

Features

  • modular with other dishes and lids
  • printable in any material (I've tested PLA, PETG and TPU)
  • hand-sized for easy stacking and unstacking
  • small ridge-and-groove nesting system
  • High-res STL can be down-res'd in slicer for better performance as necessary

Recommended Parameters

  • Arc Fitting = off
  • Wall Loops = 2
  • Top Surface Pattern = Concentric
  • Top Shell Layers = 6
  • Bottom Surface Pattern = Archimedean Spiral
  • Sparse Infill Density = 15%
  • Sparse Infill Pattern = Gyroid

Supports

  • Enable = True
  • Type = normal(auto)
  • Style = Snug
  • On Build Plate Only = True
  • This should produce a single ring of support within the bottom groove that can easily be peeled out after print.

Please note: This model is for personal use only per the terms of the Harter Designworks Non-Commercial Use License Agreement, attached.


0 Likes3 DownloadsMay 30, 2024


0 Likes3 DownloadsMay 30, 2024
This model is restricted by licensing terms.