Strativariant Rev 4 3D Printer Model

Author: @
License: CC BY-SA
File formats: stl
Download type: zip
Size:1.3MB

The file 'Strativariant Rev 4 3D Printer Model' is (stl) file type, size is 1.3MB.

Summary

Let me start by thanking the people who inspired me to develop this violin remix. I especially want to thank firecardenal, on Thingiverse, who provided my initial inspiration and who by his numerous designs, showed the variety that could be achieved. I also wish to thank Stepan83, Jaxelsson on Thingiverse, and bchan on Pinshape who contributed parts used in this remix.

I liked the clean styling of the “Easy printing Electric Violin” and the classic look of the “Mina Violin (Electric),” but I wanted to see if I could make an even more traditional look while keeping with the modern style of other 3D printed electric violins. Most of my changes are purely cosmetic but are meant to pay tribute to the original work of such masters as Stradivarius.

Rev 2 corrected error in Lower Neck and Upper Bout for correct attachment.

Jan 9, 2018, Added: Violin Bridge (Electric), (https://www.thingiverse.com/thing:2576368) by EngAl as this bridge appears more properly fitted.

Jan 23, 2018, Added: File "body_waist_F_holes_through" where the "F" holes pass all the way through the waist and a file "eViolin Body Waist with F holes plus base" with the "F" holes that pass almost all the way through but the base covers the backside of the waist. This should correct the unsupported cavity in the original waist with "F" hole file. That file will be removed.

Apr 17, 2018, Completed painting and assembly. I added a "Fiddle Fretter" fret-board. This item is available on Ebay. I also decided to use my adjustable violin bridge with the "Big Bird" design.

body_waist_F_holes_through.stl 167.9KB
eViolin_Body_Waist_with_F_holes_plus_base.stl 175.0KB
Strativariant_Bridge.stl 631.3KB
Strativariant_Chin_Rest__Shoulder_Supports.stl 825.9KB
Strativariant_Neck_with_Scroll_V4.stl 899.6KB
Strativariant_Upper__Lower_Bout_V4.stl 1008.7KB
Violin_Bridge_Electric.stl 56.9KB