Mingda MD-1000D - Industrial FDM 3D printer

The MD-1000D FDM 3D printer from Mingda is a large-format 3D printer designed for advanced 3D printing needs at high speeds and temperatures. With a build volume of 1000 x 1000 x 1000 mm, the MD-1000D can accommodate large models or multiple models simultaneously, meeting the demanding needs of prototyping or small batch production.

Video 1: The MD-1000D 3D printer. Source: Mingda.

Beyond its advanced printing parameters, the MD-1000D stands out with numerous smart features such as automatic leveling, input shaping, WiFi connectivity, and more. These features and more will be described in depth below.

Hardware and printing parameters 

The maximum extrusion temperature of 350 ºC and a base temperature of 110 ºC enable the MD-1000D to work with engineering and advanced materials such as PLA, ABS, TPU, PETG, ASA, PA, and their fiber-reinforced versions, as well as support materials like PVA, S-Mulit, or S-HtPA. These capabilities make the MD-1000D suitable for various applications, including prototyping, jigs and fixtures, tooling, and final parts in industries like automotive and medical.

Image 1: The extruder of the MD-1000D 3D printer can reach temperatures of up to 350 ºC. Source: Mingda.

The MD-1000D features a dual extrusion system, allowing for the 3D printing of complex structures using support filaments or simultaneous printing with two colors. This enhances the printer's versatility, making it a formidable tool in additive manufacturing. The dual cooling system, with an aerodynamic air duct design, improves model cooling, reduces warping, and enhances overall part quality.

Image 2: The efficient cooling system of the MD-1000D printer. Source: Mingda.

While the recommended printing speed ranges from 100-300 mm/s, the MD-1000D can achieve speeds up to 500 mm/s with peak acceleration of 10000 mm/s² (0 to 300 mm/s in 0.02 s). Coupled with a maximum flow rate of 40 mm³/s, this makes the MD-1000D ultra-efficient and ideal for fast-paced manufacturing environments.

Image 3: The MD-1000D printer can reach printing speeds of up to 300 mm/s. Source: Mingda.

Furthermore, the MD-1000D printer features a high-performance, self-developed 64-bit motherboard powered by a 6-core CPU. This setup ensures fast data processing and quick completion of 3D printing tasks. With 32 GB of memory, the printer can easily store, export, and print large files.

Image 4: MD-1000D can heat the bed to 60 ºC in only 75 seconds. Source: Mingda.

The MD-1000D's printing bed is made of an aluminum alloy, providing even and fast heating (60 ºC in 75 s) at either 110 V or 220 V. The flexible PEI printing surface on top offers strong adhesion, high-temperature resistance, and ease of use due to its bendability. To further enhance reliability, the MD-1000D is equipped with hands-free 10x10 point automatic leveling with precise first layer detection.

Image 5: The automatic leveling and printing surface of the MD-1000D printer. Source: Mingda.

Precision (± 0.1 mm) is a hallmark of the MD-1000D, thanks to its Klipper firmware, modular guide rail structure, and closed-loop motor design. Closed-loop systems offer powerful feedback capabilities, faster speeds, higher precision, and lower heat generation compared to traditional open-loop stepper motors.

Image 6: The input shaping feature reduces vibration and results in smoother part surfaces. Source: Mingda.

Additional features contributing to high precision include input shaping, which reduces vibration and results in smoother part surfaces, and advanced flow control, which ensures precise filament extrusion, minimizing the risk of under- or over-extrusion for smoother prints with sharper details.

Software, user interface and smart features

The MD-1000D 3D printer is equipped with Mingda's proprietary laminating software, Mingda Slicer. This software is user-friendly, features extensive presets, and is deeply optimized for high-speed printing. Additionally, the MD-1000D is compatible with other popular laminating software such as Cura and Prusa Slicer, providing users with flexibility in their workflow.

Image 7: The Mingda Slicer laminating software. Source: Mingda.

In terms of connectivity, the MD-1000D offers both WiFi and network cable options and includes an integrated web camera. WiFi connectivity allows for remote control and real-time monitoring, which is especially useful in printer farms. For environments where security and data confidentiality are critical, LAN connectivity is ideal. The integrated web camera enables continuous monitoring of the printing process.

Image 8: The 7-inch touch sreen of the MD-1000D printer. Source: Mingda.

The user interface of the MD-1000D is enhanced by a 7-inch high-definition IPS touch screen. Compared to traditional LCD screens, the IPS display offers bright, saturated images from any angle and has energy-saving properties. The interface supports approximately 20 languages, making it accessible to a wide range of users.

Image 9: The smart features for filament detection and smart resume after power loss. Source: Mingda.

Smart features of the MD-1000D include a self-check function that activates when the power is turned on. This function checks the status of the extruder, printing bed, camera, automatic leveling, fans, and other components. If any abnormalities are detected, the printer displays a prompt on the screen for user intervention. Additionally, the printer is equipped with automatic print resuming in case of power loss and automatic detection of broken or finished filament.

Reliable option for demanding applications

The MD-1000D FDM 3D printer from Mingda is an ideal solution for professionals in need of a large-format, high-speed, and high-temperature 3D printing system. Its advanced capabilities make it perfect for prototyping, small batch production, and complex manufacturing applications in industries like automotive and medical.

Image 10: A printing project realized with the MD-1000D 3D printer. Source: Mingda.

With the ability to work with a wide range of materials, including engineering and advanced materials, the MD-1000D excels in creating prototypes, jigs and fixtures, tooling, and final parts. Its smart features, such as automatic leveling, remote connectivity, and precise filament control, enhance user convenience and ensure high-quality prints, making it a versatile and reliable tool for demanding manufacturing environments.