Acoustic Violin 4/4: Stridivarius Fiddle, a 3D-printed violin
Photo: jonnieZG via Printables, CC BY-SA. Resized and converted to WebP.
Strings · Violin

Acoustic Violin 4/4: Stridivarius Fiddle

A full-size acoustic violin remixed to real violin specifications

Designed by jonnieZG, published on Printables

CC BY-SA Commercial use OK Build info 5/5

Licence verified on Printables, 20 October 2026.

Size
Full size (4/4)
Based on
An earlier small printed violin, rebuilt to real specs
Material
PLA only (rigid enough to resonate)
Finishing
Lots of sanding; optional putty, primer and varnish
Difficulty
Hard
On Printables
370 likes · 1,466 downloads · 2 makes · 15 comments (as of 20 Oct 2026)

About the Stridivarius Fiddle

Despite the playful name, the designer doesn't claim a concert instrument. Musician friends judged it better than entry-level commercial violins, and the video below compares it directly with a wooden violin. It started as a remix of a smaller printed violin, rebuilt to full-size dimensions from a violin-making reference. Some parts were adjusted and some redrawn from scratch for strength, with extra holes and pins for accurate assembly. Later updates strengthened the tailpiece and bridge.

Use PLA. It needs to be rigid to resonate, and the designer says ABS or PET would be a bad choice. Settings vary part by part: 0.1 mm layers by default, finer or denser for specific parts, and solid 100% infill for the most stressed pieces. All of it is listed on the page. Expect a proper finishing job. Every part needs sanding, from 150 grit up to 400 (and 1200 for polishing). Join with superglue gel, using clamps. A 3D pen or soldering iron fills gaps, and putty, primer and varnish are optional for a glossy finish.

You'll add real violin parts: strings, tailgut, chin rest, shoulder rest, fine tuners and a bow. Slacken the strings if you won't play it for more than a few days, so it doesn't break.

What you'll need

Printed parts

  • 16 numbered violin parts (body, neck, scroll, fingerboard, bridge, tailpiece and more)

Bought parts

  • Violin strings, tailgut and fine tuners
  • Chin rest and shoulder rest
  • A bow
  • A 2 × 20 mm nail (tail knob)
  • Superglue gel
  • Optional: plastic putty, spray putty, primer, varnish and polish

Tools

  • Water-resistant sandpaper, 150 to 1200 grit
  • Files
  • Quick clamps
  • A 3D pen or soldering iron

Build overview

Video

Play video: 3D printed violin vs. a classical violin (loads YouTube)
3D printed violin vs. a classical violin, jonnieZG (the designer). Plays from youtube-nocookie.com after you click.

Nothing loads from YouTube until you press play. Video thumbnails are © their creators.

Photos

All photos: jonnieZG, from the design page on Printables, licensed CC BY-SA. We resized them and converted them to WebP. These adapted versions are shared under the same licence.

28 more photos on Printables ↗

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