Luling magnet motor with 3D printed parts (motion only bij permanent magnets)

[knovos]

I think I've found a great tool for making springs myself. In the description of that video is a download to these STL files. But when I searched deeper I even came across a .SCAD file where you can adjust all parameters of this model
https://youtu.be/QOz2l867N_4


https://github.com/jshessen/SpringFactory
You need to place the library files into the folder BOSL and use the latest (free) Open Scad application.


Of course, you will have to play with this to see what strengths you can achieve for what you need, but with the compression gauss meter, it will have to be very controllable.

[knovos]

It's time for me to go bare-bones to admit that 3D printing falls short for these kinds of mechanical applications. It's a nice quick way of prototyping. But if you want a final product with the high precision and stability required, it becomes very difficult.


I managed to make several systems (photo1), but they all failed. Too many forces were required, or there was too much play in the material. I did find a perfect solution for the spinning disk, USE A HARDDRIVE BEARING.
You can use the hard drive housing and flip the bearing. This is where you attach the disc. Incredibly smooth spinning. But despite that, I ended up with a vertical version (photo 2).

[knovos]

Because the disc spins so great it is tempting for me to try to make an electronic pulse system on it. If that works, we can turn it into a closed loop system and see how much energy is left for harvesting.

[Ufopolitics]

Because the disc spins so great it is tempting for me to try to make an electronic pulse system on it. If that works, we can turn it into a closed loop system and see how much energy is left for harvesting.

Hello Knovos,

I am glad to see you are still working on this project...(thumbs up)

I will be launching soon a new design based on the same Lüling Neutralization principle, which changes radically the Stator Actuator we have been working on.
The new design consists on making the changes (turning ON/OFF Neutralization) on the Rotor, not on the Stator.
Which will also include a Stator mounted, fast acting actuator with minimal triggering angle and force.
This actuator I have already shown it on my main thread...as it also serves for the Stator switching design.
It is based on Three(3) Springs, two "twins" and a center trigger unbalancing, smaller spring, all attached to a "T" Pivot lever.

This time I am about 90% sure it will work...but it does have a lot of work, plus very high precision...as the rotor will have built in, four magnet-pistons, and the Stator will only need two(2) fixed magnets...and this would be just one "Module" of the  whole engine...which ciould have 2,4,5, 6 or 8 modules attached to the same shaft.

I am gathering all materials for it...already have the neos, cylinders of 3/4 inch by 1/2 inch with sink holes for #8 screws...
The material I will be mounting this whole thing is clear plexiglass 1 1/2 inch 6 inch rotor...
I am making it clear so we could see all theinside hardware at work on my next video..."SELF RUNNING LÜLING MAGNET MOTOR".

Regards

Ufopolitics

[knovos]

Hey Ufopolitics!


I've seen the drawings. Not easy to understand what you mean. I am amazed and also excited that you are so confident that it is going to work, I really hope so. Maybe when the time comes and it really starts to work, I want to look again at whether it can still be done with 3D printed materials. It would be such a great exchange worldwide.


respect!
Leon.