MDAC10 Robotic 3D Printing Cell

MDAC10 Robotic 3D Printing Cell

The MDAC10 is a mid-sized industrial robotic 3D printing cell designed for mold-making, tooling, functional prototyping, and small-batch production. Powered by the ABB IRB 4600 robot and equipped with the MDPE10 pellet extruder, this system strikes the perfect balance between build volume, material efficiency, and floor space. It’s ideal for teams ready to transition from prototyping to production-grade additive manufacturing using open thermoplastic pellets—including filled, recycled, and engineering materials.

Key Features

Industrial ABB Robotics
Built around the ABB IRB 4600 6-axis robot, the MDAC10 offers a 60 kg payload and 2.05-meter reach—ideal for precise, repeatable motion across a large build envelope while maintaining a compact installation footprint.

High-Flow MDPE10 Pellet Extruder
The MDPE10 extruder outputs up to 10 lbs of thermoplastic material per hour and supports a wide range of polymer types and blends. It offers a nozzle size range of 0.4mm to 6.0mm and operates up to 450°C, enabling both fine-detail and large-bead printing.

Optimized Build Volume
With a ~2.85 cubic meter build volume on a 3 ft x 5 ft heated surface, the MDAC10 provides substantial room for large parts and functional prototypes—while remaining scalable and cost-effective for smaller production environments.

Integrated Material Control
A standard MD Pellet Dryer and MDMCU (Material Conveyance Unit) ensure dry, consistent feedstock flow throughout long prints, helping maintain quality and reduce part variability.

Remote Monitoring System
Includes an onboard camera system for live streaming, remote supervision, and time-lapse capture—useful for documentation and quality control.

Standard Industrial Safety Panels
Ships with a fully enclosed industrial safety panel system to comply with workplace safety regulations and protect personnel in shared environments.

Optional Milling Capability
The MDAC10 can be configured with a secondary toolhead for subtractive operations, offering hybrid manufacturing capabilities for post-processing and surface refinement.

What's Included

  • ABB IRB 4600 Robot (60kg / 2.05m reach)

  • MDPE10 Pellet Extruder

  • 3 ft x 5 ft Heated Build Surface

  • MD Pellet Dryer

  • MDMCU – Material Control Unit

  • Built-In Camera Monitoring System

  • Industrial Safety Panel System

  • MD Process Cabinet and Cabling

Technical Specifications

  • Extruder: MDPE10 – high-flow pellet-fed system

  • Material Input: Thermoplastic pellets

  • Max Output: 10 lbs/hour

  • Nozzle Size Range: 0.4mm to 6.0mm

  • Max Extruder Temp: 450°C

  • Build Volume: ~2.85 m³

  • Printing Capabilities: Multi-planar, non-planar, and angle-based toolpaths

  • Optional Milling: Available for hybrid additive-subtractive workflows

  • Material Handling: Includes drying and feeding control via MDMCU

  • Remote Monitoring: Integrated camera for live monitoring and time-lapse recording

Software Compatibility

  • AdaOne by Adaxis

  • AiBuild


Endless Capabilities

MDPE10

The MDPE10 extruder can output up to 10 lbs of material per hour. Its impressive specs coupled with its extreme flexibility make it a highly capable contender for advanced printing in additive manufacturing.

Customer Testimonials

★★★★★

There is a very distinctive design language and quality of construction across all Massive Dimension parts. This combined with the fact that all these components are compatible with each other is a big selling point.

Dr. D-Flo

David Florian, Ph.D.

★★★★★

“We purchased an MDPH02 to convert an already existing industrial filament machine. They came to install it and did a wonderful job. Like most projects of the sort there were some unexpected issues but they made quick work of them and left us with a functioning pellet extruder on a previously filament based machine. Their product is well designed, well made and looks great on our machine!"

Studio Artefact - Montreal

Frédéric Letellier

★★★★★

Thanks to the considered design of Massive Dimensions extruders we can print parts in a wide range of materials, including up to 400°C, effortlessly and successfully.”

AI Build

Luke Rogers - London