MDAC20-10 Track Robotic 3D Printing Cell

MDAC20-10 Track Robotic 3D Printing Cell

The MDAC20-10 Track is a long-range, industrial 3D printing cell designed for oversized parts, tooling, and continuous builds. Built on the ABB IRB 6730 platform and equipped with the reliable MDPE10 pellet extruder, this system adds a 6-meter linear track to dramatically expand the printable workspace without compromising precision or stability.

Key Features

Extended Motion with 6m Linear Track
A robust 6-meter linear rail expands the robot’s work envelope, enabling the printing of longer parts, nested component runs, or multi-part job layouts across a single platform.

Industrial ABB Robotics
Features the ABB IRB 6730 6-axis robot with a 210 kg payload and 3.1-meter vertical reach, ideal for large-format additive manufacturing tasks with excellent repeatability and strength.

High-Flow MDPE10 Extruder
Equipped with the MDPE10 pellet extruder for versatile and efficient material extrusion, supporting a wide range of thermoplastics including recycled and filled polymers.

Massive Build Volume
Offers a total print volume of ~13.0 cubic meters across a 15 ft x 3 ft heated build surface, delivering extended single-build capacity for full-scale applications.

Integrated Material Conveyance
Comes standard with the MD Pellet Dryer and MDMCU (Material Conveyance Unit) to manage consistent, moisture-controlled material flow for long-duration or high-volume prints.

Optional Milling Capability
This cell can be equipped with a secondary milling head, enabling hybrid additive-subtractive manufacturing workflows such as precision surface finishing or post-processing directly within the same work envelope.

Remote Monitoring System
Built-in camera system for real-time print supervision and time-lapse generation, perfect for remote production teams.

Standard Industrial Safety Panels
Ships with a complete safety enclosure for compliant, secure operation in industrial or research environments.

What's Included

  • ABB IRB 6730 Robot (210kg / 3.1m reach)

  • 6m Linear Track System

  • MDPE10 Pellet Extruder

  • 15 ft x 3 ft Heated Build Surface

  • MD Pellet Dryer

  • MDMCU – Material Conveyance 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: ~13.0 m³

  • Robot Travel: 6-meter linear axis

  • 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


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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 MDPH2 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 Dimension's extruders we can print parts in a wide range of materials, including up to 400°C, effortlessly and successfully.”

AI Build

Luke Rogers - London