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Prusa

Prusa CORE One Kit – CoreXY Enclosed 3D Printer

Prusa CORE One Kit – CoreXY Enclosed 3D Printer

Regular price $2,549.00 AUD
Regular price $2,549.00 AUD Sale price $2,549.00 AUD
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Despatch: Orders leave our Sydney warehouse in 1–2 business days unless otherwise notified.

Delivery: Allow 2–8 business days Australia-wide (metro vs regional). Need it sooner? Call 02 9161 4164.

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Prusa CORE One – Fully Enclosed CoreXY 3D Printer

Australia’s Premier Professional 3D Printer – Engineered for Speed, Precision, and Reliability

The Prusa CORE One is a fully enclosed CoreXY FDM 3D printer designed for exceptional print quality and speed. Combining European engineering excellence with “made to last” construction, this rugged professional machine delivers reliable performance for Australian makers, engineers, designers, and businesses. Whether you choose the fully assembled model or the DIY kit version, the CORE One ticks all the boxes for a dependable all-round workhorse that’s ready to print in about 10 minutes from unpacking.

KEY INNOVATION: Fully enclosed CoreXY design with active chamber temperature control (up to 55 °C), all-steel exoskeleton frame, and a spacious 250 × 220 × 270 mm build volume — engineered in the proven Prusa tradition for Australian workshops, studios, and businesses.

Available in Two Versions

  • Prusa CORE One Kit: A hands-on DIY version for users who want to build and understand the CoreXY system. Guided instructions and tools included. Typical assembly time 12–14 hours, followed by automatic calibration.
  • Prusa CORE One Assembled: Factory built, tested, and pre-calibrated. Ready to print in around 10 minutes from unboxing — ideal for business, education, and production environments.

Stock & Delivery: Most units sell before they reach our warehouse. If not in stock, dispatch is typically 3 business days with delivery in 4–10 days. No customs duties apply.

Key Features & Benefits

CoreXY Speed with Prusa Precision

Rigid CoreXY motion delivers rapid, vibration-controlled performance. Input Shaper and phase stepping keep surfaces clean at high speed — ideal for functional parts with tight tolerances.

All-Steel Enclosure Architecture

The exoskeleton frame integrates the enclosure for outstanding rigidity and thermal stability, reducing vibration and noise during long jobs.

Active Chamber Temperature Control

Maintain a stable 55 °C chamber for ASA, PC, and PA (Nylon). Intelligent ventilation prevents PLA overheating — solving temperature swings in Australian workshops.

Nextruder Direct-Drive System

10:1 planetary drive, high-flow CHT nozzle (290 °C), and 360° cooling combine for strong interlayer adhesion and smooth finish. Quick-swap nozzles simplify changeovers between detail and speed.

Automatic Calibration & Smart Sensors

Load-cell first layer delivers hands-free, repeatable calibration. Dual filament sensors and five thermistors safeguard every job; door sensor and fan monitoring support consistent results.

Connected Productivity

Built-in Ethernet and the included Wi-Fi module support Prusa Connect for remote monitoring and fleet control across multiple machines.

Australian Industry Applications

Engineering & Product Development

Rapid prototypes, jigs, and fixtures with stable geometries and clean surfaces. Automatic calibration ensures parts fit first time for faster iteration and testing.

Common: PC, ASA, PA (Nylon)

Manufacturing & Production

Low-volume end-use parts and tooling with dependable uptime. Monitor fleets with Prusa Connect to maintain production efficiency across workshops and facilities.

Common: PETG, PC, ASA

Education & Research

Enclosed, low-maintenance operation for classrooms and labs. Students and researchers focus on design outcomes, not machine setup or calibration.

Common: PLA, PETG

Architecture & Design

Presentation-ready scale models and custom components with accurate detail and smooth finishes for client presentations and visualisation studies.

Common: PLA (smooth), PETG

Automotive & Fabrication

Custom brackets, mounts, and interior components for restorations, modifications, or prototyping. The enclosed chamber reduces warping on large flat parts.

Common: ASA, ABS (with filtration), PA

Medical & Dental Models

Create accurate anatomical, dental, and training models for educational and visualisation purposes. Ideal for surgical planning demonstrations, research, and classroom instruction — not intended for direct clinical or in-surgery use.

Common: PLA, PETG

Technical Parameters

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Build Volume & Dimensions
Build Volume250 × 220 × 270 mm (9.8 × 8.6 × 10.6 inches)
Printer Dimensions415 × 444 × 555 mm (16.3 × 17.5 × 21.8 inches)
Weight22.5 kg
Layer Height Range0.05–0.30 mm
Filament Diameter1.75 mm
Extruder System
Extruder TypeNextruder, Direct Drive with Planetary Gear System (10:1)
HotendAll-metal hotend with aluminium heatsink
NozzleHigh-flow Prusa CHT brass nozzle – 0.4 mm (Quick-Swap compatible)
Cooling SystemHigh-performance turbine with 360° cooling
CompatibilityE3D V6 compatible (with adapter)
Temperature Capabilities
Max Nozzle Temperature290 °C (554 °F)
Max Bed Temperature120 °C (248 °F)
Max Chamber Temperature55 °C (131 °F) with active control
Motion System
KinematicsCoreXY
X/Y Stepper MotorsPrecise 0.9° motors (mitigate VFA)
Stepper DriversTrinamic 2130
Motion ControlInput Shaper, Phase Stepping
Electronics & Control
MainboardCustom 32-bit xBuddy electronics with STM32 processor
Display3.5″ colour touchscreen (65k colours)
Firmware UpdatesUSB drive, Prusa Connect, Prusa Mobile App
Sensors & Monitoring
Filament SensorsDual sensors (runout and loading detection)
Load-cell SensorAutomatic first-layer calibration
Thermistors5 × high-precision Semitec
Additional SensorsDoor sensor, fan motor monitoring
Connectivity
NetworkEthernet (built-in), Wi-Fi (ESP module included)
Local StorageUSB drive
Remote ControlPrusa Connect cloud service, iOS/Android apps
NFCNFC receiver (tap-to-configure)
Print Surface & Calibration
Print SurfaceMagnetic heated bed with removable PEI spring steel sheets
Bed LevellingAutomatic Mesh Bed Levelling (print area only)
First Layer CalibrationFully automatic via load-cell sensor
Materials Compatibility
Standard MaterialsPLA, PETG, Flex, PVA, PC, PP, CPE, PVB
With Optional FiltrationABS, ASA, HIPS, PA (Nylons)
Print Profiles200+ factory-tuned filament profiles
Optional Accessories
CameraOptional in-chamber camera solution
Multi-MaterialMMU3 support (upcoming upgrade)
FiltrationHEPA filter (optional), Advanced Filtration System (optional)
ExpansionGPIO board compatible, accelerometer compatible
Power & Consumption
Power Supply240 W with Power Panic hardware
Power ConsumptionPLA: 90 W  |  ABS: 110 W
Power RecoveryYes (Power Panic feature)
Australian Mains240 V / 50 Hz

Frequently Asked Questions

How long does setup take?

About 10 minutes from unpacking. Perform the one-time automatic calibration using the built-in load-cell sensor and you’re ready to print.

What materials can I print?

Standard: PLA, PETG, Flex, PVA, PC, PP, CPE, PVB. With filtration: ABS, ASA, HIPS, PA (Nylon). 200+ profiles included.

Can I print with the door closed?

Yes. Active chamber control and automatic ventilation allow PLA with the door closed. For ASA, ABS, PC, PA, the chamber maintains up to 55 °C.

Do I need the Kit or Assembled version?

Kit: DIY build (12–14 h). Assembled: factory built and tested for immediate use.

Australian Warranty & Support

Every Prusa CORE One is backed by comprehensive warranty coverage and professional Australian technical support. AddLabs provides expert guidance, application assistance, and troubleshooting to ensure optimal results. Genuine Prusa parts and consumables are maintained in stock. Call 02 9161 4164.

Why Choose Prusa CORE One?

The CORE One embodies AddLabs’ values — Quality, Value, and Service. It pairs European engineering with local support, giving prosumer and business users a fast, reliable platform for prototypes, fixtures, and short-run production.