Printastic
— VORON DESIGN · FDM

Voron 2.4 (DIY)

The DIY kit that ate the high-end FDM market.

Open-source, self-source CoreXY kit. 350mm cube, Klipper-native, fully enclosed, self-leveling Z-tilt frame. You source the parts (or buy a kit from a reputable vendor like LDO or Formbot), print the brackets, and assemble — typically 30–60 hours.

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— Specs

The numbers that matter.

Build volume
350×350×350mm
Max print speed
350mm/s
Nozzle
0.4mm
MSRP
€1,500
Enclosure
Heated enclosure
Multi-color
Single-color
Auto bed-level
Hands-off
— Use cases

When the Voron 2.4 (DIY) is the right call.

Best for
  • Tinkerers who genuinely enjoy assembly + calibration
  • Engineering prints where you want full firmware control
  • Print farms valuing repairability over plug-and-play
  • PA-CF, PC, ASA, and other engineering filaments
Avoid for
  • First-time printer buyers (build is a serious project)
  • Anyone unwilling to debug mechanical / electrical issues
  • Tight time budgets — kits take 30–60 hours to assemble
  • Plug-and-play workflows
— Honest assessment

Pros & cons after using one.

Pros
  • Fully open-source: every component documented, repairable
  • Klipper-native — full firmware customisation
  • Genuine production reliability once dialed in (run-time records run into thousands of hours)
  • Active community — extensive mods, profiles, support forums
Cons
  • Assembly is a project, not an afternoon
  • Calibration takes patience — Z-tilt + bed mesh + input shaper
  • Kit pricing varies wildly (€1200–€2500 depending on supplier)
  • Source the wrong parts and you'll chase weird issues for weeks
— Compatible materials

What this printer is calibrated for.

PLA
calibrated
PETG
calibrated
ABS
calibrated
TPU
calibrated
Nylon
not configured
Polycarbonate
not configured
ASA
not configured
PLA-CF
not configured
PETG-CF
not configured
HIPS
not configured
— Owner tips

What we'd tell someone unboxing one.

  • 1Buy a complete kit from LDO or Formbot — DIY-from-scratch is for experts
  • 2Print a calibration cube weekly during the first month — trust nothing until it's stable
  • 3OrcaSlicer profiles exist for the standard Voron config — use those as a baseline
  • 4Heated chamber to 60°C is the unlock for PC and PA-CF work
— Compare

Also worth considering.

Prusa XL

360mm bed and up to 5 toolheads. The biggest, most flexible Prusa.

Compare →
Bambu Lab X1 Carbon

The enclosed flagship. ABS, Nylon, PC — all fair game.

Compare →
— Try this printer

Drop your STL — see cost on Voron 2.4 (DIY) in 10 seconds.

Coming soon