Walter Schauberger Water Vortex Funnel

Walter Schauberger Water Vortex Funnel 3D print model

Description

This 3D model is a precise reproduction of Walter Schauberger’s clear water vortex funnel, engineered for investigating the natural spiraling motion of water as it flows through a hyperbolic funnel. Based on Walter’s original experiments, this funnel was specifically designed to enhance the visibility of vortex formations, providing valuable insight into the predictable harmonic patterns that water follows when guided through a naturally curved structure​.

The funnel, measuring 10 inches in length, features an inlet designed for easy attachment to a standard hose, creating controlled water flow to produce a vortex within the enclosure. Walter Schauberger observed that when water moves through this hyperbolic geometry, it consistently forms a well-defined spiral resembling a spinal column. This phenomenon, which he documented, can only be produced within a funnel of this precise shape​​.

For those seeking to recreate Schauberger’s work or further their own investigations into fluid dynamics, this model offers an accurate representation of the funnel’s geometry. When printed in clear material, the internal vortex structure becomes fully visible, allowing detailed observation of the flow patterns​.

The model includes two triangulated supports for secure mounting, each with holes for screws. Intended strictly for research, educational, or artistic purposes, this file is made available for those with a professional or academic interest in fluid vortex behavior. The design closely follows the principles laid out by both Viktor and Walter Schauberger, who emphasized direct observation of natural phenomena​. This file is for research and artistic purposes only; non commercial.

3
3dhobby 2022-02-11 07:54:26 UTC
The second attempt at printing this STL model in PLA was a partial success after removing the "lid" in meshmixer (import model, generate a cylinder and subtract it from the model to remove about 95% of the "lid" surface). However, since I am unfamiliar with STL mesh editing, removing the lid surface changed the geometry of the mesh triangles, and the modified STL was no longer suitable for 3d printing. I added supports in the slicer program, I printed the funnel with the base on the plate, and the cone turned out very well; The cylindrical base, however, was a failure. Overall, I can say that my 2nd attempt at printing this model failed as well. It was a 10+ hour print. Would the author consider including the original model in CAD format for download ? Ie some widely used format, such as step or obj. Just in case it needs further tweaking for a successful 3d print, the original CAD file could be helpful.
3
3dhobby 2022-02-07 21:55:24 UTC
I have tried to 3d print this model with the cone facing up. First attempt failed due to lack of enough supports, so more adjustments of the printer profile are needed (such as finer layer height).
Item rating
1 1
3
3dhobby 2022-02-07 21:52:07 UTC
Recommended
I wish the author had included the original CAD design file as well, along with the STL file. It is very difficult to 3D print this object without supports. The 2 lateral supports (for screws) are more decorative than functional, since they are too delicate to sustain the weight of the funnel and water. First attempt at 3d printing this model failed, due to the complicated shape of the funnel. If the "lid" were removed from the funnel base, it would be easier to print with supports, with the cone of the funnel facing upwards. Perhaps the author might consider to include a revised STL version which is easier to print, or he might even include the original CAD model as well ?
C
clovisjimd 2019-08-28 12:30:14 UTC
Not Recommended
I did not realize it was only a design I was purchasing and I can not open it. I do not have the proper software to view so it does me no good, wasted my money.
Walter Schauberger Water Vortex Funnel
$26.00
 
Editorial No Ai License 
Walter Schauberger Water Vortex Funnel
$26.00
 
Editorial No Ai License 
Response 92% in 3.8h

3D Model formats

Format limitations
  • Stereolithography (.stl)1.33 MB
  • OBJ (.obj, .mtl)420 KB

3D Model details

  • Publish date2019-04-05
  • Model ID#1944223
  • Ready for 3D Printing
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