I still have the original prototype I used for the video, but the plastic part isn't springy enough anymore. I can sell you it anyway if you have a 3D printer and can reprint the plastic parts. Would that work?
@@arunmagesh the 3D printable models are in the Instructable links in the description. If you want to buy my prototype with the PCB, magnets, mirror and hardware, send me an e-mail via Instructables and we can arrange something.
@@MarcioT maybe you need to compensate for momentum. Does it have a PID software controller to avoid overshoot? Why is it slow? Because it gets inaccurate?
Awesome! Great job!
Thanks!
mems mirrors eat your heart out!
is there a way i can buy one from you ?
I still have the original prototype I used for the video, but the plastic part isn't springy enough anymore. I can sell you it anyway if you have a 3D printer and can reprint the plastic parts. Would that work?
What do you plan to do with it? Do you have the experience to maybe take the project forwards and improve on it?
@@MarcioT i have a 3d printer.. model should work too. even a cad diagram to just understand the axis control
@@arunmagesh the 3D printable models are in the Instructable links in the description. If you want to buy my prototype with the PCB, magnets, mirror and hardware, send me an e-mail via Instructables and we can arrange something.
Well, I was going to complain about the music, but... It's by Incompetech....
Very cool! I hope you sell these...gonna go to your other links.
Can you write text with them?
The accuracy and speed isn’t that great, tbh.
@@MarcioT maybe you need to compensate for momentum. Does it have a PID software controller to avoid overshoot?
Why is it slow? Because it gets inaccurate?
@@MarcioT maybe instead of using the formulas, you can measure the angle and just use a lookup table instead?
@@TheRainHarvester no PID or motion control. Not really my area of expertise.
@@MarcioT PIDs are pretty easy . From your other projects, it would be a piece of cake.