Mingda MD-1000D Ultra | Large Size | Fast Printing | Industrial 3D Printer

All-New Extruder

33% Lighter. Stronger. Smarter.

The lower motion inertia enables smoother start-stop performance and effectively suppresses vibration mark. At the same time, reduced load on the X and Z axes extends the lifespan of mechanical components

Smart Dual-Nozzle Alignment

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.

One-Touch Z-Offset Auto Calibration

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.

AI Defect Detection Smarter Printing

The built-in AI vision system automatically identifies common printing failures: Nozzle Blob, First-layer abnormalities, Warping, Spaghetti failures, Foreign object interference. Early warnings reduce material waste and improve reliability for unattended long-run printing.
Being continuously enhanced

Maximum Nozzle Temperature

350°C

Optimized Gear System

Wear-Resistant, Longer Life, 2.5-3 year design life (based on 8h/day, 5 days/week)   built to last, built for production.

Proprietary MINGDA PI

Upgraded self-developed computing platform delivers faster response, smoother UI, and improved system stability.

10 inch Integrated Screen

Deeply integrated with MINGDA’s self‑developed main control (PI), delivering faster UI response and a noticeably smoother user experience.
The updated MD-600D Ultra replaces complex physical side buttons with intuitive on‑screen controls. All machine status notifications are now centralized on the interface.
More intuitive operation, lower learning curve

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.

5X Higher Speed

Industrial-Grade Efficiency

The MD-600D Ultra achieves breakthrough high-speed performance: printing speed up to 300mm/s, 10000mm/s ² Peak acceleration, only 0.02s speed up form 0 to 300mm/s, achieving ultra-high efficiency printing.

• 300mm/s Travel speed
• 200mm/s High-Speed
• 40mm³/s Max Flow

PEI Flexible Printing Platform

It has strong adhesion, high temperature resistance, and is suitable for various consumables. It can be easily removed by bending.

Remote Control via Mobile App

Monitor print status and perform basic operations such as start, pause, and stop-all through the mobile app. No need to stay beside the printer. Stay informed of print progress anytime, anywhere. Easier operation, more effortless management.

Hands-Free Auto Leveling

Making preparation before printing more convenient, Accurate first layer detection.

High Performance Cooling System

Two high‑performance cooling fans have been added, increasing total airflow by approximately 40%. Under high‑temperature or high‑speed printing conditions, nozzle cooling efficiency is significantly improved. 

The extruded filament solidifies quickly- effectively reducing stringing, oozing, and edge warping. This upgrade is especially valuable for large‑format, long‑duration prints, ensuring a more stable printing process and more reliable part quality.

Massive Build Volume

1000*1000*1000 mm

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.

3D Printer Materials Suitable for Your Applications

The hot end temperature can reach up to 350℃, allowing for the printing of engineering-grade materials such as carbon fiber, glass fiber, nylon composites, in addition to common materials

Common filament:  PLA, PETG etc;
Engineering filament:  PET-GF, PET-CF, HtPA-GF, HtPA-CF, HtPA-GF25,HtPA-CF25, PPS, PPS-CF/GF, etc
Support filament:  S-Mulit, S-HtPA, etc

Automotive Seats Case Study

• Filament: PLA-HF
• Speed: 200mm/s
• Model size: 800*800*1000mm
• Printing time: 9 days

Standard printers: ~20 days at 50mm/s
* Data for reference only.

Super Easy To Use

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

Applicable Industries

• Automotive industry
• Prototyping and design
• Functional prototyping
• Gas and Fluid-Carrying Components
• Portrait
• Medical Industry