How not to demagnetize you Watch Trail #1 Again another Fail :D 

Thanks for the tip, much appreciated.

hehe Thanks Omar, I definitely learned that I need a better device, and I will take the watch to my watchmaker next time I get one of my watches serviced 😁

I will definitely get a compas from ebay, thank you very much for the tip.

Moin Mario, hehe ganze genau, also lieber lass ich 😂😂 LG Abdul

Thanks for watching and commenting, I ended up taking it to my watchmaker for a service. I think investing more in a better one and learning more before doing it are my two tips for the next time 😁

That helps a lot, definitely will remember this for the next time. Always learning new things in this hobby of ours 😁 Thanks for watching and commenting.

Definitely another noob mistake on my side 😁 That's why it's a guide on what not to do 😂 I did learn a lot from everyone's comments.

Yeah, I think so as well. The guide turned out to be more of what not to do when demagnetizing a watch 😁

@@AbdulRWatches I know it's sketchy, I ordered one of the oval style machines but I'm hesitant to try it. It seems like a lot of people have success. I guess you've gotta just go for it and learn as you go.

@@behonestwithyourself3718 Exactly, practice makes perfect. Learning by doing is the most effective way to do it.

Yes, it did start buzzing and I felt that the watch is being pulled down to the device.

Hi GG, oh that's really unfortunate. I had to take the watch to my watchmaker here and he had to demagnatise it, it worked pretty well afterwards.

You might be right, I think with a bit of learning and a better device I might do better.

Hallo Andreas, Die Idee der Entmagnetisierung besteht darin, die Uhr zu magnetisieren und sie dann aus dem Magnetfeld in ein schwächeres Feld zu verschieben, so dass die Uhr entmagnetisiert wird. Ich hoffe es hat geholfen, ich hol mir noch ein besseres Gerät und wird ein neues Video machen :D

​@@AbdulRWatches ja nun mit einem Permanentmagneten kannst du schlecht etwas entmagnetisieren. die Idee ist dass sich das Magnetfeld 100 Mal die Sekunde wechselt. Und mit jedem Schritt landet es nicht nur in einem schwächeren Magnetfeld, sondern auch in einem von umgekehrter Polarität, so dass die Magnetisierung vom letzten Schritt entfernt wird, und eine umgekehrte Magnetisierung etwas schwächer wieder zugeführt wird. Wenn du es nicht ganz gleichmäßig machst, brichst du die Sequenz. Auch ist ein Problem dass eine Uhr Metallteile enthält, die sich bewegen oder gar von jenem Magnetfeldwechsel bewegt werden. Die mussen extra langsam und gleichmäßig gehoben werden. Bei einem besseren Werkzeug wäre allmählich schwächer werdendes Magnetfeld automatisiert.

@@SianaGearz vielen Dank für die Erklärung, man lernt viel durch solche Experimenten 😊👍🏽

Great, thanks for the tip. Yes, I ended up going to my watch maker to demagentizee it 😁

I think so, then idea is to get it from the first time with enough time on the device. But it could demagnetise it and magnetise it again if used multiple times.

I returned it as it was really not worth the money, I will invest in better equippment and maybe try over the end of the year vacation to experiment with it. Thanks John for watching and commenting, have a great weekend!

Nah it cannot be faulty because it's so simple there's nothing to build wrong and there's no shielding foreseen in principle, nor needed. It's just not great. A PTC series resistor would potentially make it better, not calculated which one it should want and haven't tried.

Yeah, I think that was a user error.

Glad to hear 👍🏽

I just bought same magnetizer hope it works well

@@yoyex2009 It should work well, use my video as lessons learned :D as I did a lot of mistakes, where one could have avoided.

@@AbdulRWatches thanks.

@@yoyex2009 My pleasure!