D800 Ultra

Name: D800 Ultra Large-Format Industrial 3D Printer | Creatlabs Ultra Series
Brand: CreatBot

Production-Grade Large-Format Additive Manufacturing Platform

*Based on the Creatlabs FFF 2.0 system

Learn More

Built on a Mag-Lev direct-drive linear motor platform, the D800 Ultra combines high-speed motion, assembly-ready precision, and production-grade consistency in an 800 × 650 × 650 mm build volume. Designed for reliable 24/7 operation, it enables manufacturers to move from rapid prototyping to small-batch and serial production, delivering large, complex, functional parts with greater flexibility and lower production costs than traditional manufacturing methods

Parameters

D800 Ultra

Production-Grade Large-Format Additive Manufacturing Platform

*Based on the Creatlabs FFF 2.0 system

Parameters

D800 Ultra Overview

Creatlabs&FFF2.0

Who do we serve?

Application scenarios for end manufacturers

Linear motor system

Extruders system

High-temperature high-speed extruder head

Leveling system

Single Print Mode

Copy / Mirror Mode

Batch Print Mode

PLA-CF

PETG

PET-CF

ABS

ASA

PA-CF

PPS-CF

Est. Printing Costs

Global Support System

VS Other Printers

Creatlabs VS CreatBot

Speed (Output)

Precision

Batch consistency

Safety

Printer cluster management system

Air filtration system

Creatlabs & FFF 2.0

Creatlabs: High-End Industrial Additive Manufacturing

Creatlabs is the high-end industrial additive manufacturing brand of CreatBot, dedicated to the next generation of large-format, high-performance, production-grade FFF additive manufacturing systems. Powered by advanced linear motor motion systems, user-friendly intelligent features, and industrial-grade reliability, Creatlabs is committed to transforming 3D printing from a prototyping tool into a scalable and sustainable production platform.

FFF 2.0: A Leap in Speed, Precision, and Batch Consistency

The D800 Ultra and D1200 Ultra redefine the capabilities of large-format FFF additive manufacturing.

The Ultra series delivers higher print speeds, assembly-ready precision, and production-grade batch consistency, transforming FFF 3D printing from a prototyping tool into a true production platform for low-volume and scalable manufacturing.

Speed · Precision · Batch Consistency

Who Do We Serve?

① End-Product Manufacturers

For manufacturers developing and producing their own products

② Low-Volume Manufacturing Service Providers

For manufacturing companies providing rapid prototyping, CNC machining, injection molding, 3D printing, and other customized manufacturing services

The Technology Behind the Leap:

Mag-Lev Linear Motors Architecture

No More Compromises Between

Size, Speed, and Precision

Traditional manufacturing forces engineers to choose between production speed, dimensional accuracy, and part size. Creatlabs - Ultra changes the equation. Combining large-format capability with advanced motion control and intelligent calibration, Ultra delivers production-grade parts faster than ever before—without sacrificing quality.

MAX Print Speed: 1100mm/s

Unlike conventional belt- or screw-driven motion systems, the linear motor eliminates mechanical transmission friction, enabling higher speeds and more precise motion control. The result is more consistent dimensional accuracy, superior surface quality, and higher overall production efficiency.

Never Decaying Precision

Ultra Precision: ±0.05mm/ 100mm

Built for a Decade of Reliable Manufacturing

Designed for long-term industrial production, Ultra combines automatic calibration and real-time compensation to maintain consistent accuracy and stable production quality over years of operation.

Automatic Calibration · Real-Time Compensation · Long-Term Accuracy

Large Build Volume & Active Heated Chamber

D800 Ultra delivers a build volume of 800×650×650 mm for one-piece printing of large components. Its 80°C heated chamber maintains a stable thermal environment and optimizes printing performance for engineering plastics such as ASA and ABS.

Print size:

800*650*650mm

Hot chamber：

80°C

Extruder system:

90mm³/s flow rate

Ensure that all consumables can be fully melted at high speed to increase the interlayer bonding force.

Leveling system

Full-Auto Dual-Nozzle XYZ Offset Calibration

XY via HD Macro Camera

Fully-Auto AI Visual Recognition

0.02mm Accuracy

Z Snap-Action Switch

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.

Mirror Duplication Mode

PLA-CF 点击放大

PA 点击放大

PLA-CF 点击放大

Ultra-PA-CF 点击放大

PLA-CF 点击放大

PPS-CF 点击放大

PET-CF 点击放大

PLA-CF 点击放大

PA-CF 点击放大

ABS 点击放大

Filament Support

PLA-CF

ABS

PETG

ASA

PET-CF

PA-CF

PPS-CF

ABS (acrylonitrile butadiene styrene) is a classic engineering thermoplastic widely used in 3D printing. It offers well-balanced mechanical properties, excellent impact resistance, good toughness and an attractive price-to-performance ratio. Printed parts feature a smooth surface and are easy to post-process by sanding, drilling, bonding or painting, making them suitable for detail-critical work. As its shrinkage is relatively high, printing in a constant-temperature chamber yields better dimensional accuracy and stronger layer adhesion. ABS is widely used in manufacturing, chemical industry, automotive interior parts, electronic enclosures, tooling and everyday functional parts — one of the most versatile filaments.

TECHNICAL DATA SHEET REQUEST A SAMPLE PART

Learn More Materials

Productivity That Changes Economics

A New Standard for Manufacturing Efficiency

D800 Ultra dramatically reduces lead times, minimizes outsourcing dependency, and lowers production costs. By combining speed, precision, and reliability in one platform, manufacturers gain the flexibility to respond faster to market demands while improving profitability.

Est. printing costs

Manufacturing cost per part:

Tool case (Top cover + Bottom housing)

Material：ASA(With heated chamber)

Printing Time：45 hours

Print Weight：1.2 kg

Power Consumption：52 kWh

Material cost：$39

Electricity cost：$5 (USA) / €9 (Germany)

LEGACY FFF

Printing Time： 100 hours

Power Consumption： 115 kWh

ASA

UltraPA-CF

Born For Continuous Production

Supports 7×24 continuous production

Extremely low failure rate

Industrial-grade reliability

Higher equipment utilization

Uninterrupted Industrial Manufacturing Capacity

Global Industrial Service System

Remote Diagnosis

Local Shipping

On-site Service

Installation & Training

On-site Maintenance

Creatlabs VS Other printers

Lower capital equipment cost

Open material system

Lower material operating cost

Higher print speed

Larger build volume

Lower spare parts & maintenance costs

×10

1100mm/s

Creatlabs VS CreatBot

Let’s compare models printed on the Creatlabs FFF 2.0 platform—which utilizes a linear motor structure—against those printed on the CreatBot FFF 1.0 platform, the leader in the traditional belt-driven module category.

Surface Quality

Detail Fidelity

Precision Control

Print Speed

Batch Consistency

D800 Ultra VS D600 Pro3 HS

D1200 Ultra VS D1000 Pro HS

Speed (Daily Output)

Daily output refers to the weight of material the machine can print within 24 hours. The Ultra series delivers 2–3 times the production efficiency of conventional industrial-grade FFF printers.

D800 UltraABS

Nozzle Diameter:0.4mm1-2KG

Nozzle Diameter:0.8mm2-5KG

D1200 UltraABS

Nozzle Diameter:0.4mm1-2KG

Nozzle Diameter:0.8mm2-5KG

Batch Consistency

Multi-printer collaborative production of different parts for assembly kits, or batch printing of identical parts across multiple printers, enables stable precision control of components to ensure seamless assembly of finished products.

Form Printer

From A printer

From B printer

AIR-200 Industrial Air Filtration System

(Sold separately)

AIR-200 is a high-efficiency air filtration system designed by Creatlabs specifically for industrial 3D printing environments. Targeting the volatile organic compounds (VOCs), ultrafine particles, and odors released during the printing of engineering plastics and high-performance composite materials, AIR-200 adopts a multi-stage filtration architecture to continuously purify workshop air, safeguarding operator health while maintaining a stable printing environment with consistent temperature and air quality.

Plug-and-play compatible with the full range of CreatBot and Creatlabs industrial 3D printers, its mobile design allows flexible deployment in any production scenario.

Equipment Safety System

Schneider Electrical Protection Systems

Safety Door Interlock

Emergency Stop

Thermal Protection

Motion Safety

Physical Wi-Fi Switch

Printer Cluster Management System

Device Overview

Batch Job Management

Monitoring & Debugging

Data Traceability

Remote O&M & Alerts

View the online, printing, idle, paused, and error status of all printers in one place. Supports device IP search and group management to quickly locate devices and keep real-time track of the overall cluster operation.

Specifications

Printing
Printing Technology	FDM/FFF
Build Volume	Single-Nozzle Mode: 800×650×650mm Dual-Nozzle Support Mode: 740×650×650mm Mirror Duplication Mode: 400×650×650mm
Nozzle Count	Dual
Dual-Nozzle Mode	Independent dual extruder (IDEX)
Printing Accuracy	±0.05mm (per 100mm)
Filament Diameter	1.75 mm
Filament Compatibility	PLA, ABS, ASA, PP, PETG, PC, Nylon, TPU, ABS-CF, PC-CF, PET-CF, PET-GF, UltraPA-CF, PPS-CF, PA-GF, PA-CF, PA-ABS, PC-ABS, PP-GF, PP-CF, etc.
Nozzle Diameter	0.4mm (0.3, 0.5, 0.6, 0.8, 1.0mm optional)

Temperature
Nozzle Temperature	420°C
Heated Bed Temperature	120°C
Chamber Temperature	80°C
Filament Drying Chamber Temperature	70°C

Speed
Max Printing Speed	1100mm/s
Hotend Flow Rate	90mm³/s
Acceleration	10000mm/s²
Daily Output	1-2kg (with 0.4mm nozzle) 2-5kg (with 0.8mm nozzle)

Electrical
Power Requirements	220~240 V, 50~60 Hz
Display	10-inch full-color multi-language
Rated Power	7000W
File Transfer	USB / U disk / WiFi / LAN

Software
Software	CreatWare, Orca Slicer, Cura, Simplify3D, Prusa, etc
Supported File Types	Gcode, STL, 3MF, OBJ, AMF, STP, STEP
Operating Systems	Windows ALL / Mac OS

Special Features
Built-in Air Filtration System	Compact HEPA + Activated Carbon
External Air Filtration System (Optional)	AIR-200 Standalone Industrial Filter
Filament Detection	Run-out / clog detection
Firmware	Klipper - High speed
Camera Control	Remote camera monitoring
Dual-Nozzle Auto Resume Printing	Yes
Bed Leveling Technology	Eddy current leveling
XY Offset Technology	HD camera AI alignment
Z Offset Technology	Snap-Action Switch
Door Opening Detection	Safety door lock
Chamber Insulation	Three-layer insulation
External Air Cooling	Yes
Auto Material Feeding	Yes

Mechanical
XY Motors	Maglev Linear Motor System
Print Platform	Aviation aluminum plate + magnetic platform
Bed Leveling	Automatic
X/Y Positioning Accuracy	0.001mm
Z Positioning Accuracy	0.00052mm
Z-Axis Structure	Independent Z-axis

Dimensions & Weight
Product Dimensions & Weight	1480×1080×1280mm 370kg
Package Dimensions & Weight	1550×1170×1510mm 480kg

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Frequently Asked Questions

How large is the D800 Ultra build volume? What is it suitable for?

It offers a build volume of 800 × 650 × 650 mm. It can print large parts in one piece (such as mechanical housings, jigs and fixtures, and large-scale models), print two mirrored parts at once in mirror duplication mode, or batch-nest multiple small parts to make full use of the build space.

How about the printing speed and daily output?

The D800 Ultra is driven by a maglev linear motor platform with Klipper high-speed firmware. The daily output is approx. 1-2kg with a 0.4mm nozzle and up to 2-5kg with a 0.8mm nozzle (estimated on 24-hour continuous printing; actual results depend on model structure and infill).

How precise is the printing? Can printed parts be assembled directly?

The printing accuracy is ±0.05mm (within a 100mm travel). The D800 Ultra's maglev linear motors deliver excellent motion stability, so the surface quality and dimensional consistency meet the requirements for direct assembly without extensive post-processing.

Which filaments are supported? Can it print carbon-fiber reinforced materials?

A wide range of industrial filaments — PLA-CF, ABS, PETG, ASA, PC, PET-CF, PA-CF (UltraPA-CF) and PPS-CF (8 of them are highlighted on this page) — runs reliably on the D800 Ultra, and the compatibility goes far beyond that, covering general-purpose as well as carbon-fiber/glass-fiber reinforced engineering materials. Nozzle diameters of 0.3/0.5/0.6/0.8/1.0mm are available for different materials and printing needs.

What is the dual extruder for? Which printing modes are supported?

The independent dual-extruder (IDEX) system is one of the D800 Ultra's key strengths, offering three modes: single-extruder printing (full build volume), dual-extruder support mode (support materials such as PVA printed separately from the main material), and mirror duplication mode (both extruders print symmetric parts simultaneously for doubled productivity).

Can it run unattended for long periods?

Reliability features such as filament run-out/clog detection, dual-extruder power-failure recovery, three-layer chamber insulation and automatic (eddy current) bed leveling allow the D800 Ultra to run 24/7. A Schneider electrical protection system, safety door lock and emergency stop switch protect both the equipment and operators.

How do I manage multiple D800 Ultra machines in one place?

The Creatlabs print cluster management system handles it: it collects nozzle/bed/chamber temperatures and printing parameters in real time, offers remote monitoring via the built-in camera, automatically logs print history and filament consumption for production traceability, and provides real-time alerts with remote maintenance — ideal for multi-machine batch production.

Which industries does it serve? How about after-sales support?

The D800 Ultra serves end manufacturers in automotive, robotics, home appliances, medical devices, aerospace, high-end equipment, electronics and new energy industries, as well as print service providers offering rapid prototyping and low-volume production. CreatBot provides a global service system covering installation, training and spare parts.