Swirling Water Unit - Vortex water nozzle - Vortex Process Technology (VPT)

thingiverse

DUE TO UNAVAILABILITY OF STL FILES FOR PATENT INFRINGEMENT, please check out http://www.watreco.com/. Please do not contact me inquiring about obtaining the files. Instead, explore alternative options at https://www.thingiverse.com/thing:2735455 and other resources listed below. http://wasser-wirbler.de/shop/#!/~/product/id=38151160 http://www.wasser-hilft.de/martin_wasserwirbler.htm http://www.kupfer-anton.de/shop/martins-wirbler/ https://www.happy-soul.de/wasserwirbler-aquanevo-juwel.html http://www.wasserstelle-shop.de/wasserverwirbelung-etc/15-aquawhirler-wasserwirbler-4250188808882.html A 3D printed nozzle featuring magnets creates a vortex in water, potentially reconfiguring water molecules to enhance its vitality. I do not claim to know if this actually works. Various sources assert that the design raises awareness about the pressing need for clean water globally. This design can be employed with any type of nozzle or adapter, as long as they match threaded parts such as 1/2 inch or 3/4 inch threading. To prevent leakage and improve overall efficiency, use Teflon tape on threaded parts. It's also feasible to add magnets to the unit in order to reorganize water molecule clusters by altering their polarity since the H2O molecule contains both negative and positive charges. Several industries apply a form of magnetized water treatment effectively suggesting that this method works. For best results, only use water that has been exposed to North Pole energy for human consumption, while using South pole-exposed water will accelerate plant growth. Historically, Russian hospitals began using bipolar (both north and south pole) water. Read more about the topic on http://magnetage.com/Magnetized_Water.html. I 3D print without supports and don't worry too much if it's not 100% watertight due to the limitations of FDM printing. For optimal results, use a FDA-approved material when applicable, particularly if using it in harsh environments like a pond for extended periods. http://youtu.be/XfldWIJkr9k http://youtu.be/3OpL7qyBEOU http://youtu.be/EitsTTiSZis http://youtu.be/V9mOYgAoyz8 http://youtu.be/WBHBvAgL5Is http://youtu.be/HHMOVKvhkXI https://youtu.be/h4sj2ypN2ks https://youtu.be/M7tZicHsl0o Visit these YouTube videos for additional insight: https://youtu.be/59iuelCL0MQ https://youtu.be/8FnxlpuKc8U https://youtu.be/tbYy09FR1Lk https://youtu.be/QSFPYLq74PQ https://youtu.be/PDW9Lqj8hmchttps://youtu.be/TljIdPPGoLw Also check out my one-of-a-kind, UV-resistant, and conductive filament called ETPU 95-250 Carbon Black. Don't require conductivity? Don't worry! Even though the material's greatest benefit is its ability to maintain its integrity over time, there are also a lot of great printability benefits when used for certain designs. For example: The ETPU 95-250 material has several advantageous features such as *It doesn't experience "stringing / webbing" issues *Has an A scale hardness value and is infused with black carbon which provides excellent results in 3D printing *Includes a strong UV stabilizer *Features an exceptionally good print quality *And looks wonderful.