600 mm/s High Speed
New-generation high-speed motion platform
Champion DNA
D400 HS
Professional high-speed, dual-nozzle industrial 3D printing for large engineering parts.
CreatBot industrial 3D printer
CreatBot D400 HS 3D Printer
A rigid, enclosed 3D printer combining high-speed motion, intelligent calibration, engineering-temperature extrusion, and a large build platform.
600 mm/sMaximum print speed
420°CDual-nozzle hotend
70°CActive heated chamber
420 x 400 x 420 mmSingle-extrusion volume
Built for industrial engineering
Speed, thermal control, and precision in one platform.
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420 x 400 x 420 mm
Large single-extrusion build volume
420 C Dual Extruders
90 mm3/s high-flow engineering hotend
70 C Heated Chamber
Stable environment for large engineering parts
0.001 mm Leveling
Eddy-current bed measurement
Automatic Calibration
Camera-assisted XY and sensor-based Z offset
Industrial engineering
Why industrial engineering needs more than a consumer 3D printer
Designed for demanding production environments
First-layer confidence
The first layer defines print quality
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Vision-assisted calibration
Full-auto dual-nozzle XY offset calibration
HD macro camera and AI visual recognition
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Multi-position sensing
Z offset via dual photoelectric sensor
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Large-platform calibration
Eddy-current bed leveling
Non-contact, zero-wear scanning
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High-flow material delivery
Auto-raising dual extruders
Two independently lifting nozzles support multi-material and support workflows while reducing unwanted contact with the print.
Clean dual-material printing
Automatic dual-nozzle shutter
The idle nozzle is mechanically sealed to reduce oozing and cross-contamination.
Large, strong prototypes
Scale without limits
Show the application image and explain how the large format supports high-strength engineering prototypes.
Thermal control
Active heated chamber
The insulated 70 C chamber helps reduce warping, improve interlayer bonding, and stabilize large engineering-material prints.
Engineered thermal stability
Intelligent chamber heating
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.
Production continuity
Outage restore, filament detection, and 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.
Flexible build surface
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
Consistent model cooling
True external air cooling
External air delivery protects the printhead and provides stable cooling for high-speed model printing.
Cleaner operation
Ultra air filter system
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.
Connected or fully offline
Wi-Fi, LAN, USB, and 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.
Remote visibility
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.
Material capability
What materials can the D400 HS print?
Organize compatible materials by standard, engineering, and support categories.
PLA | Easy to print, prototypes and education
PLA-CF | Lightweight carbon-fiber reinforced parts
PETG | Durable enclosures and daily-use parts
TPU 95A | Flexible seals and wearable parts
PC | High-strength, heat-resistant fixtures
PLA-CF | Lightweight carbon-fiber reinforced parts
PETG | Durable enclosures and daily-use parts
TPU 95A | Flexible seals and wearable parts
PC | High-strength, heat-resistant fixtures
ABS / ASA | Functional and outdoor parts
PA / PA-CF / PA-GF | Strong tooling and fixtures
PPS-CF / PPS-GF | High-temperature industrial components
UltraPA-CF | Large high-strength prototypes
PA / PA-CF / PA-GF | Strong tooling and fixtures
PPS-CF / PPS-GF | High-temperature industrial components
UltraPA-CF | Large high-strength prototypes
PVA | Water-soluble support
Breakaway support | Clean complex geometry
Dedicated support filament | Dual-material production
Breakaway support | Clean complex geometry
Dedicated support filament | Dual-material production
Technical data
CreatBot D400 HS Specifications
Printing
Print TechnologyFDM / FFF
Build VolumeSingle 420 x 400 x 420 mm; Dual 365 x 400 x 420 mm
Number of NozzlesDual
Layer Resolution0.05 mm
Filament Diameter1.75 mm
Temperature
Maximum Nozzle Temperature420 C
Maximum Bed Temperature120 C
Active Chamber Temperature70 C
Speed
Maximum Print Speed600 mm/s
Flow Rate90 mm3/s
Special Functions
Air FilterHEPA + Activated Carbon
Filament DetectionPause Printing
FirmwareKlipper high-speed
Camera ControlRemote monitoring
Bed LevelingEddy-current leveling
XY OffsetHD camera dual-nozzle offset
Z OffsetDual photoelectric sensor
Nozzle ShutterAutomatic dual-nozzle shutter
External Air CoolingYes
Electrical
Power Requirements100-120 V or 210-240 V
Rated Power2700 W at 100-120 V; 3200 W at 210-240 V
Display7-inch touch screen
File TransferUSB, Wi-Fi, LAN
Size and Weight
Product Dimensions785 x 705 x 1020 mm
Product Weight110 kg
Packing Size860 x 790 x 1220 mm
Packing Weight150 kg
Need help deciding?
Talk with a 3D printing specialist.
Tell us about your material, part size, and production goals. We will help determine whether the D400 HS fits your workflow.
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