Best 3D Printers Under $300 in 2025

Budget 3D printers under $300 — hands-on 2025 picks
Our 2025 guide compares dependable sub-$300 printers we actually assembled, leveled, and printed on.

Best 3D Printers Under $300 in 2025: Cheap, Capable, Reliable

Updated October 2025 — TheTechInfluencer.com

Tested by Morgan Blake

Can you really get a solid 3D printer for under $300 in 2025? Yes. Competition pushed “entry-level” machines to adopt once-premium perks: auto leveling, PEI plates, silent 32-bit boards, and faster motion profiles. We focus on first-layer consistency and clean walls at realistic speeds (60–120 mm/s), not brochure numbers.

Top Budget 3D Printers Compared (Sub-$300)

Model Best for Build volume Key features Our take
Creality Ender 3 (Neo • 2025) Mod-friendly starter 220 × 220 × 250 mm CR-Touch, 32-bit silent board, PEI plate Huge community; easy to grow
Anycubic Kobra 2 Neo Quick, tidy setup 220 × 220 × 250 mm Auto-level, textured PEI, fast profiles Great out-of-box quality
Longer LK4 Pro Low noise, easy PLA 220 × 220 × 250 mm Silent drivers, glass bed, touchscreen Clean bottoms & simple assembly
ELEGOO Neptune 4 Speed-curious beginners 225 × 225 × 265 mm Strong cooling, rigid frame Good path to input-shaping
Sovol SV06 TPU & flexibles 220 × 220 × 250 mm Direct-drive, easy swaps Watch sales to stay under $300

How to Buy a 3D Printer Under $300

Materials & compatibility

Most sub-$300 models are FDM. Start with PLA; step up to PETG for tougher parts. ABS/ASA prefer an enclosure and ventilation. The Simplify3D materials guide is a good reference for temps and properties.

Build volume

220 × 220 × 250 mm covers most projects. Larger beds take longer to heat and magnify leveling errors — pick size for what you actually print.

Print speed

Brochures tout 250–500 mm/s. Stock, you’ll get the best quality at 60–120 mm/s. With input-shaping and better cooling, 150–200 mm/s is realistic for many frames. See our Klipper Input-Shaping Guide.

Quality-of-life features

  • Heated bed (PETG/ABS adhesion)
  • Auto bed leveling (less frustration)
  • Silent stepper drivers (apartment-friendly)
  • Resume after power loss (long jobs)

How We Test Sub-$300 Printers

Retail units only (no loaners), so our experience mirrors what you’ll unbox.

  • First layer & adhesion: 3× test squares at 0.2 mm; Z-offset dial-in; plate prep notes.
  • Calibration: Benchy at 0.2 mm / 60 mm/s; 20 mm XYZ cube measured with calipers.
  • Quality at speed: PLA walls at 60, 90, 120 mm/s to spot ringing and wall inconsistency.
  • Reliability: 8–10 hour continuous PLA print; track pauses, clogs, and restarts.
  • Materials: PLA baseline; PETG bed 75–80 °C; TPU tested on direct-drive units.
  • Noise & usability: Subjective notes at ~1 m, menu logic, bed cleanup, and plate release after cool-down.

We publish practical outcomes per model below (cube error, first-layer pass rate, noise notes).

Best 3D Printers Under $300: Hands-on Picks

3D Printer


Creality Ender 3 Neo 2025 budget 3D printer

Creality Ender 3 (Neo • 2025)

Still the most mod-friendly base under $300. CR-Touch helps first layers stick, the silent 32-bit board keeps noise reasonable, and the PEI plate makes part removal simple.

Measured results: First-layer pass 3/3 (PLA); 20 mm cube error 0.16–0.18 mm; Benchy clean at 60 & 90 mm/s; 8-hour PLA run without intervention.

Pros

  • Huge community & profiles
  • Easy upgrade path (dual-gear, Klipper)
  • Reliable first layer on PEI
Cons

  • Stock part cooling is basic — $20 blower helps

3D Printer


Anycubic Kobra 2 Neo budget 3D printer

Anycubic Kobra 2 Neo

True auto-leveling and textured PEI give it a “slice and print” feel. Great for someone who wants quality without tinkering on day one.

Measured results: Benchy clean at 60 mm/s; 20 mm cube error ~0.18 mm; first-layer pass 3/3 (PLA); notably tidy wiring and fast setup.

Pros

  • Hands-off leveling & adhesion
  • Good out-of-box profiles
  • Quick assembly
Cons

  • Firmware stack is less open than Creality/Sovol

3D Printer


Longer LK4 Pro budget 3D printer

Longer LK4 Pro

Low-noise open-frame with a tempered glass bed. PLA releases cleanly after cool-down; PETG needs a light glue stick at ~80 °C.

Measured results: First-layer pass 3/3 (PLA); PETG adhesion reliable at 80 °C; 20 mm cube error ~0.16 mm; whisper-quiet steppers.

Pros

  • Silent drivers & low noise
  • Glass bed = clean bottoms
  • Simple assembly
Cons

  • Support responsiveness varies by region

3D Printer


ELEGOO Neptune 4 budget 3D printer

ELEGOO Neptune 4

Sturdy gantry and strong part cooling make higher speeds more attainable after tuning input-shaping. A great value platform if you want to learn fast profiles.

Measured results: Overhangs and bridges printed clean stock; Benchy crisp at 60 mm/s; wall ringing minimal at 90 mm/s; fans are audible but effective.

Pros

  • Good cooling out of the box
  • Rigid frame for speed work
  • Responsive UI
Cons

  • Fans are audible at night (easy swap)

3D Printer


Sovol SV06 budget 3D printer

Sovol SV06

Often dips under $300 on sale. The direct-drive extruder handles TPU and flexible filaments better than Bowden rivals at this price.

Measured results: TPU test at 30 mm/s printed clean; PLA cube error ~0.17 mm; first-layer pass 3/3 (PLA); watch pricing to stay under $300.

Pros

  • Direct-drive = easier flexibles
  • Quick filament swaps
  • Good value on promo
Cons

  • Street price fluctuates

Street prices change quickly. We selected models that regularly list or go on sale under $300. We purchase most products retail. Some links are affiliate (marked sponsored); this never affects our picks.

FAQ

Are sub-$300 3D printers good for beginners?

Yes. Modern budget printers add auto-leveling, PEI plates, and silent boards that make first prints far easier than older models. Expect great PLA and PETG with basic tuning.

Which is better under $300: Bowden or direct drive?

Bowden setups are simple and often quieter; direct-drive handles TPU and flexibles better. For mostly PLA/PETG, either is fine.

Do I need upgrades right away?

No. Start stock. If you want easy gains later, add a $20 parts-cooling fan, silicone bed spacers, and fresh brass or steel nozzles.

What realistic print speeds should I expect?

Quality prints typically land around 60–120 mm/s stock. With input-shaping and better cooling, 150–200 mm/s is attainable on several models.

Can these printers handle ABS/ASA?

They can, but an enclosure helps a lot. For most users, PETG offers a great balance of strength and ease without heavy enclosure requirements.

Conclusion

You don’t need a premium machine to get premium-looking prints. Start with a reliable base (Ender, Kobra, Neptune, etc.), then level up with a few smart mods and our calibration workflow. Want to monetize? Try these profitable 3D printing ideas.


Leave a Reply