Electronic Cymbal for 3D printing / E Cymbal 3D printed

3D model of electronic cymbal for electronic drums with 3 activation zones and choke system. Diameter 26 cm. To see video click on the link.

https://youtu.be/v9WjSCedX80

3D model of electronic Cymbal for eDrum with 3 activation zones and choke system. Diameter 26 cm.

See the video with de 3D printing and playing the eCymbal in the next link

https://youtu.be/v9WjSCedX80

PLA printing material with 70º bed and 202ºc nozzle temp.

For 26 cm disc part 1 use fast printing, 30% fill density, layer height 0.24mm, wall thickness 0.8mm, material spent 226.1 g with printing time 16 h 40 min.

For disc part 2 same parameters. with 15% fill density, for 65.2 g spent material and printing time 5 h 44 min.

For the choke sensor box a layer height of 0.16 mm, fill density of 25%, wall thickness of 1.2 mm, for a spent material of 12.9 g and a printing time of 1H 39 min.

For junction box layer height 0.16mm, Filling density 25%, wall thickness 1.2 mm with 10.4 g spent material and a printing time of 2h 14 min.

Finally for the piezoelectric sensor cover same parameters of the junction box.

English

Printing material PLA with bed at 70º and temp nozle 202ºc

For part 1 of the 26 cm disc use fast printing, 30% fill density, layer height 0.24mm, wall thickness 0.8mm, spent material 226.1 g with print time of 16 h 40 min.

For part 2 of the disk the same parameters. with a filling density of 15%, for a spent material of 65.2 g and a printing time of 5 h 44 min.

For the Choke sensor box a layer height of 0.16 mm, filling density of 25%, wall thickness of 1.2 mm, for a spent material of 12.9 g and a printing time of 1H 39 min.

For the plugin box layer layer height of 0.16mm, Filling density 25%, wall thickness 1.2 mm with worn material of 10.4 g and a printing time of 2h 14 min.

Finally for the cover of the piezoelectric sensor same parameters of the connection box.