Anycubic Kobra 3 Max

from $459
Build Volume
420×420×500 mm
Max Speed
600 mm/s
Frame Type
bedslinger
Extruder
Direct Drive

Specifications

Build Volume

X × Y × Z420×420×500 mm

Speed

Print Speed600 mm/s

Temperature

Max Nozzle Temp300°C
Max Bed Temp90°C

Layer Height

Range0.1 - 0.35 mm

Construction

Frame Typebedslinger
ExtruderDirect Drive
Filament Diameter1.75 mm
Nozzle Diameter0.4 mm

Physical

Weight19 kg
Noise Level60 dB

Information

Release Year2024

Description

The Anycubic Kobra 3 Max is a large-format FDM printer with one of the biggest build areas in the consumer class. It's a bedslinger built for oversized parts and cosplay props, and with the ACE Pro system it adds multi-color printing on top.

The build volume is 420×420×500 mm (88 liters), with print speeds up to 600 mm/s, a recommended 300 mm/s and acceleration up to 10,000 mm/s². The direct-drive extruder with a 300 °C nozzle and a PEI spring-steel bed up to 90 °C handle PLA, PETG and TPU. The Klipper-based Kobra OS firmware includes LeviQ3.0 auto leveling, vibration compensation, AI spaghetti detection and object skipping, and 4- or 8-color printing is handled by the separate ACE Pro auto-feeding system.

Pros

  • Huge 420×420×500 mm build volume — one of the largest multi-color printers in its class
  • High speed up to 600 mm/s with 10,000 mm/s² acceleration puts it next to much pricier speed-focused machines
  • At the recommended 300 mm/s reviewers note sharp details and minimal artifacts
  • Reliable LeviQ3.0 auto leveling and vibration compensation out of the box — a big step up from the Kobra 2 Max
  • 4- or 8-color printing via the ACE Pro system, which also dries filament
  • Bright, responsive 4.3-inch touchscreen with an intuitive interface

Cons

  • Tall prints show Z-banding; the thermal-compensation workaround masks rather than fixes the mechanical cause and often performs poorly
  • Bed adhesion can be inconsistent — a glue stick or a plate upgrade is often needed
  • Some firmware updates caused loss of Z-probe function on certain hardware variants
  • Multi-color printing wastes a lot of filament on purging, and the ACE Pro in the Combo bundle raises the price noticeably

The Kobra 3 Max fits anyone who needs a big build area on a budget: large functional parts, props, vases and multi-color models with the ACE Pro add-on. It's a home and prosumer tool for enthusiasts who don't mind some tuning when needed.

Bottom line: one of the most affordable large-format multi-color printers — impressive volume and speed in exchange for Z-banding quirks and firmware maturity.

Reviews

Compatible Materials

Filament and resin types that work with Anycubic Kobra 3 Max

PLAPLAPrototypes, decor, simple models and learning. The most beginner-friendly filament.
Nozzle190–220 °C
150°300°
PETGPETGFunctional parts, water- and chemical-resistant items, transparent models. The sweet spot between PLA and ABS.
Nozzle230–250 °C
150°300°
TPUTPUFlexible parts: cases, gaskets, dampers, straps. Rubber-like filament.
Nozzle210–240 °C
150°300°
PVAPVAWater-soluble supports for complex models. Printed with a second extruder.
Nozzle185–210 °C
150°300°
TPEPEBAFlexible, lightweight filament (polyether block amide): cushioning and foaming parts, light models, flexible components.
Nozzle220–250 °C
150°300°
TPETPESoft, highly flexible filament for stretchy parts: seals, straps, dampers, protective covers.
Nozzle220–250 °C
150°300°
PVBPVBTransparent and glossy models; surface smooths with isopropyl alcohol vapor.
Nozzle200–220 °C
150°300°
PLAPLA-CFStiff, light parts with a matte finish: frames, housings, carbon-look decor.
Nozzle210–230 °C
150°300°
PETGPETG-CFStrong functional parts with stiffness and a matte finish. Carbon-fiber-reinforced PETG.
Nozzle240–270 °C
150°300°
PETGPETG-GFStiff functional parts, brackets, jigs and dimensionally stable enclosures. Glass-fiber-reinforced PETG for load-bearing parts.
Nozzle240–270 °C
150°300°
ABSABSStrong functional parts, heat-resistant enclosures, items finished with acetone smoothing.
Nozzle230–250 °C
150°300°
ABSABS-CFStiff, heat-resistant carbon-filled parts: brackets, housings, functional load-bearing components.
Nozzle240–270 °C
150°300°

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