Hello everyone
Been a little while but back with my first 3D printed design based around a new magnet motor and new magnet size. In this case, 20mm N35 countersunk magnets.
The long term motor to match the Bl values I need will come from a larger build, but these seem like a easily accessible and flexible choice. Here is the T&S values, along with 2 frequency response graphs. There are 2 depending on the material chosen for the 3D printed cone:
The design is a Patreon exclusive, but wanted to show you all the steps forward that have been taken. There are still things to improve as we scale up a bit more, but these are a big step forward and helps to show the capabilities of 3D printing as a whole.
Any questions at all, feel free to ask away. One step closer to a end product!
Paul 🙂
https://twitter.com/Polymate3D/status/1365803867372466176
https://twitter.com/Polymate3D/status/1365667601968414732
^ Twitter posts are quick videos of them in action
Been a little while but back with my first 3D printed design based around a new magnet motor and new magnet size. In this case, 20mm N35 countersunk magnets.
The long term motor to match the Bl values I need will come from a larger build, but these seem like a easily accessible and flexible choice. Here is the T&S values, along with 2 frequency response graphs. There are 2 depending on the material chosen for the 3D printed cone:
The design is a Patreon exclusive, but wanted to show you all the steps forward that have been taken. There are still things to improve as we scale up a bit more, but these are a big step forward and helps to show the capabilities of 3D printing as a whole.
Any questions at all, feel free to ask away. One step closer to a end product!
Paul 🙂
https://twitter.com/Polymate3D/status/1365803867372466176
https://twitter.com/Polymate3D/status/1365667601968414732
^ Twitter posts are quick videos of them in action
