Super Fast Drying Soap/Pad/Brush Dish Ventilated from Below LR2264

This is my design of a fast drying soap, pad or brush dish that is ventilated from below. Many sizes.
2h 50m
1× print file
0.20 mm
0.40 mm
22.00 g
35
153
4
862
updated December 11, 2024

Description

PDF

This is my design of dish that is ventilated from below. Objects placed in this dish dry fast, as there is an air flow possible from all sides. 

How to Print the Dish

Print the dish with the flat bottom on the print bed. In order to get nice looking results, make sure you use either the prepared project for Prusa slicer LR2264-082x052-R14 Print.3mf or adjust the print parameters as shown the following table:

Nozzle Size:designed for 0.4mm
Layer Height:designed for 0.2mm
Filament Materials:PLA or PETG
Perimeters:2 perimeters
Prusa Slicer Profile:“0.2mm Quality”
SupportsNo supports required
Required Extra Settings
  • Disable: “Fill Gaps”
  • Create a modifier starting from height 1.2mm:
    • 0% infill
    • 0 solid top layer
    • 0 solid bottom layers

Dimensions

The part number and file name have the following format:

LR2264-<width>x<depth>-R<rim height>.3mf

Width and Depth

The width and depth values are the outer dimension of the dish in mm.

Rim Height / Total Height

The dimension R defines the height of the rim measured from the base, to get the total height of the dish, add 8.2mm to this dimension.

Catalog PDF

Check out the catalog LR2264 Catalog.pdf for all models and all dimensions.

Fusion 360 Design

You can buy the Fusion360 design for a small amount, supporting the work on this and future designs.

Explore More from Meti·kumi

Interested in my designs? Browse through my collection of 3D models:

👉 https://metikumi.com/3d-models/

Stay connected on social media for the latest updates and work-in-progress insights:

👉 https://metikumi.com

Conclusion

This is a functional but impressive looking print. It is a design that only 3D printers can produce. If you like this design, please rate it and share some photos.

Happy printing! 😄

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Model origin

The author marked this model as their own original creation.

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