Creatbot D600 Pro3 HS Professional 3D Printer

The First Layer Defines Print Quality

Equipped with automatic mesh bed leveling, our large-format 3D printers ensure an ultra-smooth and uniform first layer across the entire expansive platform for flawless printing results.

Full-Auto Dual-Nozzle XYZ Offset Calibration

XY via HD Macro Camera
Fully-Auto AI Visual Recognition
0.02mm Accuracy

Z via Dual Photoelectric Sensor
Full-Auto Multiple Positioning
0.005mm Accuracy

Eddy Current Bed Leveling 0.001mm Precision

Revolutionizing Large-Scale Print Platform Calibration

The eddy current leveling system solves critical challenges in calibrating large build plates. Utilizing high-frequency electromagnetic sensing technology, it achieves an ultra-high probing accuracy of 0.001mm—improving precision by 99% compared to traditional methods. This ensures perfect first-layer adhesion and guarantees printing success even with oversized models.
Featuring a non-contact, zero-wear sensor design, the system performs continuous scanning without interruption, completing bed calibration in just 60 seconds—reducing leveling time by 80% and significantly improving printing efficiency.

Dual Nozzle Shutter

Auto-switch to backup nozzle on filament runout.

Auto-Raising Dual Extruders | 420℃

Flow Rate:90 mm³/s
Heating to 400°C:2 Mins
Thermostat Accuracy:±0.15 °C

The D600 Pro3 HS features a next-gen smart auto-raising dual-extruder kit, capable of reaching hotend temperatures up to 420 °C. The hotend can be quickly swapped for different nozzle sizes.
Enhanced with the upgraded Dual Nozzle Shutter technology, it delivers flawless printing with different support materials. Combined with a topologically optimized lightweight design, the printhead enables even higher printing speeds and greater motion agility.

Active Heated Chamber | 80℃

The design employs a double-layer insulation cotton layer, allowing the cavity temperature to be raised to 80C. This is crucial for preventing the shrinkage and deformation of large engineering materials.

Reduces Thermal Stress & Warping: When printing large or high-strength engineering materials (e.g., ABS), uneven cooling causes internal thermal stress, leading to warping, delamination, or cracking.
Improves Interlayer Bonding: In low-temperature environments, excessive temperature differences between molten and solidified layers weaken adhesion. A controlled heated chamber maintains optimal layer temperature, enhancing molecular diffusion for stronger interlayer bonding.
Minimizes Moisture Impact: The heated chamber minimizes the impact of ambient humidity on hygroscopic filaments (e.g., Nylon), preventing bubbles or strength loss caused by moisture absorption during printing
Ensures Process Consistency: For industrial production, chamber temperature stability is critical for part-to-part uniformity. Active temperature control eliminates environmental variability, guaranteeing reliable repeatability.

Did You Know a Heated Chamber Can Warp Your Printer?

Ln large-format FFF 3D printing, when chamber temperature rises, the printer frame and structural components also undergo thermal deformation—metal expansion, axis misalignment, and mechanical part displacement. These micro-distortions accumulate layer by layer, ultimately leading to:

- Layer Misalignment and Surface Roughness
- Loss of Dimensional Accuracy
- Structural Defects in Large Parts
This is why treating chamber temperature as an optional add-on, or claiming it can be retrofitted later, proves these manufacturers just don't get it. They have no compensation for machine deformation—some aren't even aware of the issue. They simply add it as a feature to drive sales, with total disregard for actual print quality.

With 8+ Years of R&D on the Chamber Temperature of FFF Industrial Printers.

Our Solution: The Synergy of Two Patented Technologies—Intelligent Chamber Heating Algorithm & Z-Axis Magic Box Technology.
Z Axis Magic Box: Maintains flawless surface finish via real-time thermal compensation for frame and build-plate expansion.
Ultimate Result: Flawless prints produced even when slight machine deformation has already occurred!
Machine Weight Matters: Our robust construction significantly minimizes deformation. The heavier the machine, the less distortion occurs!

Safety Door Protection System

Enterprise-Compliant Secure Printing Solution

This safety-certified door monitoring system automatically halts printing operations immediately upon door access detection, ensuring full compliance with enterprise safety protocols. The industrial-grade interlock mechanism prevents unauthorized operation exposure, eliminates mechanical hazards, and maintains full process accountability with encrypted operation logs.

Outage Restore & Filament Detection & Backup Mode

The printer automatically memorizes the current position and saves print data when power is interrupted. Upon restart, it resumes printing from the exact point of interruption, eliminating the need to restart entire prints and saving valuable time and material costs.
The printer also prevents failed prints by pausing and alerting you when the filament runs out, allowing you to replace the spool and continue printing without losing progress.
Backup Mode: If the filament in the main nozzle (No. 1) is exhausted, the printer automatically switches to the secondary nozzle (No. 2) to continue printing, ensuring uninterrupted production even during filament changes.

Magnetic Suction Platform

Proprietary magnetic platform, large, easily removable, and heat-resistant over 100°C, and won’t demagnetize over time.
For oversized models, it is easy to detach them quickly and the bottom of the model is flat. Convenient to all operators.

Linear Rail and Servo Motors

When it reaches to 1000mm+ length, small rail have big deflection. The D600 Pro3 HS uses heavy-duty linear rails and servo motors to ensure smooth and precise movement even at high speeds without compromising the precision and reliability required for massive prints.

True External Air Cooling

Medical-Grade Cooling Pump: Ultra-Quiet & Reliable: Equipped with a medical-grade pump, it delivers powerful, constant air pressure with minimal noise. Engineered for 24/7 operation, it ensures a quiet and stable workflow for professional environments.
Print Head Thermal Protection: Reliable thermal defense for the print head against high chamber temperature during operation. Targeted cooling avoids heat-related failures for consistent precision and long service life.
True Air Model Cooling: Flawless High-Speed Printing: Directs fresh external air to solidify material instantly. This 'cross-flow' cooling prevents sagging and stringing in heated chambers, delivering perfect overhangs and superior surface finish.

Filament Dry Room

Our 3D printer features an integrated filament drying compartment, which maintains a controllable temperature environment of 0-70°C. Designed to prevent moisture absorption in hygroscopic materials such as nylon, PC, PA-CF, PET-CF, It eliminates printing defects like bubbling and stringing, ensuring consistent, high-quality output throughout the printing process.

Independent Quad-Z Axis

Quad-Z Auto-Leveling: Eliminate Manual Leveling for Absolute Flatness: The independent four-motor drive allows for individual height compensation at each corner of the platform. The system automatically detects and fine-tunes the vertical height of every corner to ensure extreme parallelism between the build plate and the gantry, completely solving first-layer adhesion issues for large-scale prints.
Superior Load Capacity & Stability: Rock-Solid Support for Heavy Industrial Parts: Large-scale models can weigh up to hundreds of kilograms. The four motors work in perfect synchronization to support and lift heavy loads smoothly. Even during high-speed (HS) printing, the platform remains rock-steady, eliminating layer lines caused by platform micro-vibrations.
Anti-Tilt & Torque Correction: Uniform Precision Across the 1000mm Span: The independent motors actively lock the platform's status in real-time. Regardless of the print head's position, the four support points provide equal counterforce to prevent physical tilting or mechanical twisting, ensuring consistent dimensional accuracy across every inch of the 1000mm wide build area.
Superior Layer Consistency: Injection-Molding Surface Quality: By distributing power evenly through four high-subdivision stepper motors, Z-axis travel becomes smoother and more refined. This effectively eliminates periodic layer banding caused by mechanical transmission errors, giving large industrial parts a flawless surface texture comparable to injection molding.

Ultra Air Filter System / 99.995% Adsorption

Our advanced air purification system employs a dual-filter design: an initial HEPA filter captures fine particles, while an activated carbon filter absorbs volatile organic compounds (VOCs) and odors. This ensures a clean and safe printing environment, protecting both the operator and the printed parts from harmful emissions.

WIFI, LAN, Internet, APP Control

In addition to cloud connectivity, CreatBot also supports local area network mode and physical connection operation. You can control the printer, send sliced files, and update firmware without an internet connection.

Z magic box: Perfect Z surface

For tall Z distance 3D printing devices, the texture of the Z-axis surface texture will deteriorate as the model height increases. Our Z-axis magic box technology can greatly reduce or even eliminate the Z-surface texture of tall models, ensuring that the surface quality of the model remains smooth and consistent.

Camera Control Technology

Camera control technology allows customers to control the printing process on speed, pause, temp., etc., with an APP remotely, achieving the best printing quality in the shortest time without failure. A very useful feature for large models and long-time printing.

What Materials Can CreatBot Large 3D Printers Print?

Creatbot 3D printers have strong adaptability and stability for various filaments. Relying on hardware advantages (all-steel body, precise linear guides, adjustable temperature nozzle/chamber, etc.), they can perfectly match all plastic 3D printing filaments, achieving perfect filament printing results and fitting their material characteristics.