Small Musical Solid State Tesla Coil

Primary and secondary printed in vase mode (Spiralize Outer Contour).
I printed these with 0.15mm layer height because I used 0.15mm wire for winding.
The wire is wound in the same direction as the secondary was printed.

To put the printed parts together you need a M5 screw, a nut and four washers, to squish the wires between for a good connection.

Youtube Video: https://youtu.be/odJV4rE68iw
Tesla Coil Circuit: https://1drv.ms/u/s!AuuGBNJuiGGTgbdzLa3jga7ZGpH1JA?e=MS8fWO
Interrupter Circuit: https://1drv.ms/u/s!AuuGBNJuiGGTgbd5htdZ6QjXHPKtfA?e=vFDEK8
Arduino Project: https://1drv.ms/u/s!AuuGBNJuiGGTgbcPAkg1NUlU_I0dLg?e=23ROCz

I'm using a hard drive platter as a top load.
The base of the tesla coil is an old Intel box cooler with mounting holes 70mm apart and 100mm diagonally, acting as GND.
I drilled four holes in it and tapped them, two for mounting the mosfets and two for connecting wires to the heatsink with two washers and a screw.
The mosfets must be isolated from