@@painfulpleasures and yes also I got a cnc q2 with a 3.5mm stroke but I look at the cartridge the needle only moves like 4-5mm so I just can’t wrap my head around how the cartridge moves up and down so fast because it doesn’t seem to have so much stroke because the carts have springs in them as well and it’s confusing as well as the quality of the needle carts like how do the get kinda held against the bottom of the tube or do the carts just not move ??? And what you recommend
I'm still a little bit coconfused. Some might laugh, but I would rather admit that and learn than fake my way telling folk I understand. I think im going to buy a book on the subject.
Basically, the short stroke moves faster than the long stroke. If the needle bar is closer to the center of the wheel, it will move less than a needle bar that is further from the center.. It hits softer but faster 🥸
Actually no that’s not true at all. The speed at which it moves is actually determined by voltage and hertz as well. Just because it’s a shorter stroke doesn’t mean it’s faster.
even tho the motor is rotating the same rpm, the longer stroke is moving from a-b faster/more velocity than the shorter stroke. it has more distance to cover in the same revolution. (this applys to rotary only)
Ive been looking for a video that explains this in the simplest way. I found it. Thanks so much!!
Glad it was helpful!
What a fantastically concise, organized, and lucid explanation of this topic. A gem!
I literally spent years looking for this explanation. Thank you very much. Cheers!
Thank you so much, I search this explains for so long. And you explain it very well !
Thank you! We are so glad to hear it was helpful!
Thank you for an amazing , clear explanation!
Glad it was helpful!
Best videos I’ve seen on this topic so far. Good shit my brotha.
So glad to hear that!
Very informative, thank you 🦾
Glad it was helpful!
So useful thanks!
Glad it was helpful!
Well explained 🎉
So glad to hear it was helpful and clear!
Thank you, that clears all my doubts!
So glad to hear this was helpful!
5:50 well spent. Appreciate the knowledge drop.
Glad to hear that!!
so informative thank you
Glad to hear this was helpful!
@3:45 this is why I love this profession so many funny ass people in the business
Amen to that!!
Very informative
Glad to hear!
very good video!
Glad you liked it!
Yea I’m wondering how much of a difference the throw on my old coil machine will
Compare to a rotary machine with a preset 4mm
It will depend on how you've tuned the coil, you can physically measure the stroke on the coil to compare!
@@painfulpleasures I know my coil machine was set at 2.5
@@painfulpleasures and yes also I got a cnc q2 with a 3.5mm stroke but I look at the cartridge the needle only moves like 4-5mm so I just can’t wrap my head around how the cartridge moves up and down so fast because it doesn’t seem to have so much stroke because the carts have springs in them as well and it’s confusing as well as the quality of the needle carts like how do the get kinda held against the bottom of the tube or do the carts just not move ??? And what you recommend
I like that brother 💯💯💯🎯🎯😎✍🏽✍🏽✍🏽
That was so fkn helpful 🤣
SO glad to hear that!
🔥🔥🔥
I'm still a little bit coconfused. Some might laugh, but I would rather admit that and learn than fake my way telling folk I understand. I think im going to buy a book on the subject.
Basically, the short stroke moves faster than the long stroke. If the needle bar is closer to the center of the wheel, it will move less than a needle bar that is further from the center.. It hits softer but faster 🥸
Actually no that’s not true at all. The speed at which it moves is actually determined by voltage and hertz as well. Just because it’s a shorter stroke doesn’t mean it’s faster.
@@Mac_Mixxedboth things are true. If the needle travels less distance then it will hit faster. Dummy
even tho the motor is rotating the same rpm, the longer stroke is moving from a-b faster/more velocity than the shorter stroke. it has more distance to cover in the same revolution. (this applys to rotary only)