Dual Extruder 5X Faster

Breakthrough in printing

Efficiency Once Again

Powerful for education and small makers

MD-1000D Printing Video

Play Video

Support materials can be printed

Print two colors simultaneously

Supports TPU95A and HtPA-CF, while printing TPU and PETG simultaneously.

Supports water-soluble filament printing

5X Speed, Breakthrough in Printing Efficiency Once Again

MD-600D 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.


Travel speed




Max Flow


PET-CF + Breakaway Support

Large Printing Size

Large Printing Size: 1000 * 1000 * 1000 mm

Machine size: 1680 * 1365 * 1665 mm

High Speed, Starting From Slicing

MINGDA Slicer, a new generation of self-developed slicing software, is easy touse, hasrichpresets, and is deeply optimized for high-speed printing.

Wind Turbine Case Sharing





◎ Model size


◎ Printing time: 

24 hours

Compare other regular FDM large format printers on the market

Filament: Ordinary PLA   Printing Speed: 50mm/s   Printing Time: 5 days

* The experimental data is for reference only

Remote Printing Multi-Machine Control

After being connected via WiFi or network cable, the MD-600D can be remotely printed and monitored in real time. At the same time, it also supports multi machine control, facilitating rapid mass production.

Excellent in Detail

Input Shaper

Reduce vibration patterns and make the surface smoother

Flow Control

Improved print quality and accuracy. Flow control allows precise management of the amount of filament being extruded, reducing errors like under/over-extrusion. This leads to smoother prints with sharper details.


New Cooling System Design

After being connected via WiFi or network cable, the MD-600D can be remotely printed and monitored in real time. At the same time, it also supports multi machine control, facilitating rapid mass production.

Speed cool solidification, effectively avoid stringing, warping

InputMingda air cooling effect Shaper
Regular air cooling effect

PEI Flexible Printing Platform

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

Quick Heating Hotend

Max temperature of heating bed is 110°C. Aluminum alloy hot bed, evenly heated, can be heated to 60 °C Celsius in about 75 seconds; The heating speed remains unchanged at 220V and 110V voltages.

MINGDA Self-developed Core Hardware Delivers Speedy Smooth Performance.

This high-performance 64-bit self-developed motherboard, powered by the 6-core CPU, ensures fast processing of data and rapid completion of 3D printing tasks. With 32GB of memory, you can quickly store, export, and print large files with ease.

10-inch IPS High-definition Large Screen

MD-600D has a 10-inch IPS high-definition computer screen. Compared with traditional LCD screens, it can see bright, saturated, and natural high-quality images from any angle. At the same time, it is more environmentally friendly and saves electricity.

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.

Product Parameters




Print Technology

Fused Deposition Modeling (FDM)

Print Volume

1000 * 1000 * 1000 mm

Machine Dimensions

1680 * 1365 * 1665 mm

Extruder Quantity

Dual Extruders

Nozzle Diameter

0.4mm (0.6, 0.8, 1.0 mm optional)

Extruder Temperature

≤350°C (Recommended temperature ≤320 ℃)

Platform Temperature


Max Flow


Max Print Speed

500mm/s (Recommend Printing Speed: 200-300mm/s ) 

Support Software

MingDa OrcaSlicer, Prusa Slicer, etc

Display Screen

10-inch HDMI touch screen

Input Voltage

100/240AC 50/60Hz

Rated Power




Filament Compatibility

Common filament: 


Engineering filament: 


Support filament:

S-Mulit, S-HtPA, PVA, etc

Applicable Industries

Automotive industry

Prototyping and design

Functional prototyping



Medical Industry