A 3D printed electric guitar sounds like... an electric guitar! The tone of an electric guitar is primarily determined by the pickups, electronics, strings, and your amplifier.
Unlike an acoustic guitar, the body material has little to no impact on the amplified sound. That's why a well-built 3D printed guitar can deliver the same great tones you'd expect from a traditional electric guitar. Don't just take our word for it—listen to some demos!
Built to last — this is exactly what our designs are engineered for.
All string tension is carried by the center core, so we offer something no other 3D printed guitar does: an optional machined solid maple center core. With real wood handling the load, flexing or creeping under string tension is completely eliminated — the same tonewood construction as a traditional electric guitar, at the heart of your printed build.
Prefer to print everything? The 3D printed center core holds up extremely well too — we recommend fiber-reinforced filament for the core, which delivers the stiffness needed to keep your guitar stable and playable for the long haul.
The body sections carry minimal stress, so whichever core you choose, your guitar is built around a solid, proven foundation.
Yes — tuning stability on our guitars works just like a traditional electric.
Tuning is held by the neck, tuners, and nut — and on our builds those are the real thing: a Canadian maple neck with quality tuners, the same hardware found on conventional electric guitars. Strings mount and tune exactly as they would on any guitar.
The rest comes down to a stable center core, and both of our options deliver: the solid maple core gives you traditional tonewood rigidity with zero flex under string tension, and the 3D printed core stays rock solid when printed in the fiber-reinforced filament we recommend.
As with any guitar, wind your strings properly and give fresh strings a short stretch-in period — after that, expect normal tuning stability.
No neck dive — a complete build weighs 6–9 lbs (2.7–4 kg), right in line with standard wooden electric guitars.
Weight is what prevents neck dive, and with the full build — body, core, maple neck, pickups, and hardware — the guitar balances naturally whether you're seated or standing with a strap, just like a traditional electric. Choose the solid maple core and you add even more body-side weight for a rock-steady feel.
A bonus of 3D printing: you control the final weight. Adjusting the infill percentage in your slicer makes the body lighter or heavier to suit your preference — something no factory guitar offers.
A 256 × 256 mm print bed covers every design — the size found on many popular printers from Bambu Lab, Prusa, Creality, Elegoo, Snapmaker, and more.
Our guitars are designed in modular sections specifically so they fit on standard home 3D printers — no oversized industrial machine required. If your printer meets the minimum build size, you're ready to start printing!
Printer smaller than 256 × 256 mm? Many parts can be split into smaller sections — see the next question for details.
Yes — the body sections can be split safely. The body carries minimal stress, so slicer cut tools in Bambu Studio, PrusaSlicer, and Cura let you divide body parts to fit smaller print beds, and tilting parts on the bed can help them fit too (expect some extra support material and print time).
The one part we recommend printing whole is the center core — it carries all the string tension, and splitting it creates joints in the most load-bearing part of the guitar.
Have a smaller printer? There's a better option: choose our solid maple center core and skip printing the core entirely. You get a machined hardwood core that's stronger than any printed version — and every remaining part can be split to fit your bed. It's how builders with compact printers complete a full-size guitar.
No — an enclosure is not required. The body sections print beautifully in easy, open-bed materials like PLA and PETG on any standard home printer.
The only place an enclosure helps is if you print the center core in a temperature-sensitive material like ABS, Nylon, or PC. Fiber-reinforced PETG prints great without one — or choose our solid maple center core and skip the question entirely: nothing left in the build needs anything beyond a basic open-frame printer.
For the center core: we recommend a fiber-reinforced filament like PETG-CF — it delivers the stiffness the core needs to stay rigid under string tension, and it prints reliably on standard open-bed printers. PLA+CF and glass-filled filaments work great too, and if you're experienced with ABS, Nylon, or PC, those are excellent as well. Or choose our solid maple center core and print the rest in whatever you like best.
For the body sections: these carry minimal stress, so easy everyday materials like PLA and PETG are all you need — pick your colors freely.
One care tip: as with any guitar, avoid leaving it in a hot car on a sunny day. If you play outdoors in the sun regularly, PETG or ASA for the body adds extra heat and UV resistance over PLA.
Approximately 1.5–2 kg of filament for a complete guitar — about $30–40 worth of PLA at typical spool prices, a fraction of what a comparable factory-built body would cost. Choose the solid maple center core and you'll use even less, since the core is the largest single printed part.
Every design is different, so check the Est. Filament figure on each product page for that specific core and body.
A few things that affect your total: higher infill uses more material (and adds weight — see the weight question above), larger body shapes like the Flying V need a bit more, and multi-color printing adds some purge waste.
Print time varies by design, so check the Est. Print Time on each product page for the exact core and body you're planning — the cards give you a realistic figure per part before you buy.
For reference, the printed center core is the single largest print at roughly 14–15 hours. Choose the solid maple center core and that longest print disappears from your build entirely — you're printing only the lighter body sections, each a shorter, easier job.
Pro tip: a 0.6 mm nozzle cuts print times by up to 50% — and as a bonus, the thicker extrusion lines actually make the parts stronger. It's an inexpensive upgrade that pays for itself on the first build.
And remember: this is hands-off time, not work time. Start a print before bed or work, and your printer does the building while you're away.
Most builders finish assembly in a single relaxed evening — no special skills or workshop required.
There's no rush and nothing irreversible — take your time, follow the guides, and enjoy the build. It's part of the fun.
Yes! Don't see the design you're looking for?
Reach out through our Contact page and tell us what you have in mind — let's work together to create your perfect guitar design!
Your purchase covers personal use — print and build as many guitars as you like for yourself.
To keep supporting independent design work, the files and printed parts are licensed for personal use only (Creative Commons):
Interested in commercial use or a licensing arrangement? Reach out through our Contact page — we're happy to talk.