The print head has been completely redesigned — smaller, lighter, and with greater extrusion force. The software delivers more stable control over high-speed motion and extrusion volume, significantly improving print quality and success rates.
The camera calibration module enables fully automatic XY offset calibration through software, reducing manual intervention and improving calibration accuracy. Making dual-color and dual-material production simpler and more reliable.
Automatically completes Z-offset calibration, replacing the previous manual A4 paper method. Reduces human judgment errors, improves calibration efficiency, and ensures consistent first-layer adhesion.
Maximum nozzle temperature
350°C
Direct Drive
Dual Extrusion System
Upgraded self-developed computing platform delivers faster response, smoother UI, and improved system stability.
Get to Know the MD-1000D Ultra 3D Printer
High Accuracy at Fast Printing Speeds
● High Precision
Using HIWIN linear rails structure and closed-loop motor design to ensure the stability and accuracy of the printing process
● Closed-loop Motors
Using a closed-loop motor, it has fast response speed, no inertia and no delay. Closed-loop control overcomes the out-of-step problem. Heat and noise are significantly reduced. It enables printing models with ultra-high performance and speed.
Exceptional Stability in Long-time Printing
● Customized CNC sheet metal integrated molding
Ensures the stability of the machine, greatly extending its lifespan. High-quality profiles and hardware guarantee sustained and efficient operation of the machine. MINGDA 3D printers, developed since 2012, have been in operation for over 11 years, with each machine averaging over 35,000 hours of printing time, showcasing unparalleled stability.
Super Easy to Use
● MINGDA OrcaSlicer
MINGDA OrcaSlicer is a next-generation slicing software independently developed by us. All slicing profiles for materials have been rigorously tested and validated by our engineers within the MINGDA OrcaSlicer software. No parameter adjustments are needed before printing. Enjoy effortless, high-quality printing.
● Ready to Print
Fully assembled and calibrated to its optimal state before leaving the factory. Upon receiving the machine, simply plug it in and start using it without requiring any prior experience
Remote Control &
Multi-Machine Management
After being connected via WiFi or network cable, the MD-1000D Ultra can be remotely printed and monitored in real time. At the same time, it also supports multi machine control, facilitating rapid mass production.
Massive Build Volume
1000*1000*1000 mm
Designed for oversized industrial parts, large prototypes, automotive components, and full-scale production models.
PEI Flexible Printing Platform
It has strong adhesion, high temperature resistance, and is suitable for various consumables. It can be easily removed by bending.
Self Check When Power On
When power on it can automaticly check the status of the extruder, hot bed, camera, automatic leveling, fan, and other components; if there are any abnormalities, a prompt will be displayed on the printer screen for quick and convenient processing.
Stable Illumination for Reliable AI Detection
New panel lighting provides stable, uniform illumination of the print area.
Effectively reduces environmental light interference, improves camera image quality, and delivers more consistent and trustworthy AI detection results.
All-New Assisted Feeding System
Feeding force has been significantly increased, while extrusion, retraction, and feeding controls are fully optimized at the software level for more precise and reliable execution.
Effectively reduces the risk of feeding anomalies — minimizing jams and filament breaks — ensuring stable performance during long-duration printing.
Resume Printing and Filament Detection
The printer will automatically remember its current position and save printing data. In the event of a sudden power outage, it will lower the platform and retract the filament. Upon power restoration, it will resume seamless printing from the last stopping point.
When filament runs out, the printer will stop printing and issue a warning to replace the filament, preventing wasted prints.
Printing
Print Technology
FDM (Fused Deposition Modeling)
Print Volume
1000 * 1000 * 1000 mm
Printing Nozzle
Dual nozzle
Layer Height
0.3-0.36mm (Layer height is determined by the standard nozzle size)
Filament Diameter
1.75mm
Filament Types
PLA, PETG, PETG-CF, PET-CF/GF, ABS-CF/GF, PA12-CF, HtPA-CF/GF, HtPA-GF25/CF25, PPS, PPS-CF/GF, S-Multi, S-HtPA, etc
Nozzle Diameter
0.6mm (optional: 0.4mm, 0.8mm)
Print File Type
Gcode
Temperature
Nozzle Temperature
Max 350 ℃
Hot Bed Temperature
Max 110℃
Chamber Temperature
45 ℃
Speed
Max Printing Speed
300mm/s (Recommend Printing Speed: (PLA)200mm/s; (PETG)180mm/s; (PET-CF)100mm/s )
Max Flow
40mm³/s
Moving Speed
Max.XY 500mm/s, Max.Z 15mm/s
Electrical
Maximum Power
3100W
Input Voltage
220V 50/60Hz
Connection
WiFi, Ethernet, USB
Screen
10 inch color touch screen
Security Parameter
Safety Design
Three color warning light, Emergency Stop
Regulatory Certification
CE
Software
Slicing Software
MINGDA Slicer
Data Type
.3mf .stl .stp .step .amf .obj
Operating System
Windows/Mac OS
Special Function
Firmware
Klipper
XY-Offset Technology
Camera calibration
Z-offset Technology
Probe calibration
Filament Detection
Pause printing
Cooling System
Air-cooled
Machine Detection
Power-On Self-Check
Remote Management
Remote Monitoring & Control; Remote Printing
Resume Printing
Power Loss Recovery
Printing
Remote Printing
Printing Performance
Input shaper
Mechanical
Printing Platform
10mm thick aluminum plate+magnet+PEI
Leveling Method
Fast Auto leveling
Extruder Type
Dual Extruders
Resolution
XY: 20μm; Z: 10μm
Printing Chamber
Enclosed chassis
Sports System
Closed-loop control system
Filament Chamber Design
2 rolls of 3kg filament, auxiliary feeding, Moisture-proof filament chamber
Dimensions and Weight
Machine Dimensions
1710*1365*1665 mm
Package Dimensions
1980*1630*1920 mm
Package Weight
654.5KG 6.2CBM