MDAC3-10 Robotic 3D Printing Cell

The MDAC3-10 is a high-performance collaborative robotic 3D printing cell built for rapid prototyping, applied research, and part production. Designed around the versatile MDPE10 pellet extruder and compatible with collaborative robotic arms, this system delivers industrial-grade capabilities in a compact and accessible footprint. Whether used in a research lab, technical school, or development center, the MDAC3-10 enables material experimentation, fast iteration, and high-throughput part production with low-cost thermoplastic feedstocks.

Key Features

Collaborative Robot Integration
The MDAC3-10 is compatible with popular collaborative robotic arms from Universal Robots, ABB, and FANUC, allowing safe, flexible deployment in shared workspaces without the need for restrictive guarding.

MDPE10 Pellet Extruder
The pellet-fed MDPE10 extruder delivers up to 10 lbs of material per hour and supports a wide range of thermoplastics—including filled, recycled, and engineering-grade polymers. It is optimized for speed and precision in mid-scale additive applications.

Large Format, Lab-Friendly Build Area
With a build volume of ~1.5 cubic meters on a heated 3 ft x 5 ft surface, the MDAC3-10 offers ample space for full-sized prototypes and functional components within a compact layout suitable for lab or bench-top installation.

Integrated Material Management
Equipped with the MD Pellet Dryer and MDMCU (Material Conveyance Unit), this system ensures consistent, moisture-free material delivery throughout the print process, helping to maintain quality and part integrity across long builds.

Remote Monitoring System
An integrated camera system enables live viewing and time-lapse recording of the print process—ideal for research documentation, remote supervision, or classroom demonstration.

Optional Safety Panels
Optional safety paneling is available for organizations looking to enhance physical barriers while maintaining the accessibility and openness of a cobot-class system.

What's Included

• Collaborative Robot Arm (brand/model options available)

• MDPE10 Pellet Extruder

• 3 ft x 5 ft Heated Build Surface

• MD Pellet Dryer

• MDMCU – Material Conveyance Unit

• Built-In Camera Monitoring 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: ~1.5 m³

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

• 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