dranzer f 3d models
24046 3d models found related to dranzer f.
thingiverse
Introducing the F-F-Fiddle, a full-size electric violin that can be made with common home 3D printing equipment! Print all parts on a Makerbot Replicator 2 or larger without support material for around $250. Check out the Thingiverse page for more...
thingiverse
Printed the F-F-Fiddle with the Markforged Mark Two using Onyx material. Since the K&K Twin Spot pickup arrived pre-wired to a mono-plug, I had to create a simple mount for the cable. Utilized a carbon fiber arrow as the spine of the violin. ...The...
grabcad
The F-F-Fiddle is a cost-effective electric violin designed using 3D printing technology with an estimated BOM of $250. The parts require no support material during printing, and assembly instructions are available at www.openfabpdx.com/fffiddle/.
sketchfab
The F & F Tower, once known as Revolution Tower and affectionately referred to as El Tornillo, stands tall as a cutting-edge office skyscraper within Panama City's bustling financial sector, situated on Calle 50. Its avant-garde design has set a new...
grabcad
Belarusian Production Company Euroavtomatika F&FCP-720 DC-24 - Voltage relay for one-phase network CP-730 - Voltage relay for three-phase network CR-810 - Temperature relay CZF-310 - Control relay of presence or phase unbalance PCR-513 - Time...
thingiverse
I employed Luke12345's remix of OpenFabPDX's F-F-Fiddle design and enlarged the tuning peg area significantly to accommodate a wider selection of tuning pegs. In particular, I successfully integrated the following pegs: Amazon's Chrome-Open-Gear...
myminifactory
The F&F Tower, a striking landmark in Panama City, rises above the landscape with its distinctive shape. Locals affectionately call it El Tornillo (the screw), making it one of the city's most iconic buildings. With a total height of 242.9 meters...
thingiverse
Customized version of https://www.thingiverse.com/thing:3867358 Created with Customizer! ...https://www.thingiverse.com/apps/customizer/run?thing_id=3867358