Partnerships

Massive Dimension MDAC robotic 3D printing cell with ABB arm — IMTS trade show
Robotics · Software · Materials

LFAM Platforms, Integrated.

Massive Dimension works with leading robotics, software, and material companies to deliver complete pellet-extrusion systems. Start with a turnkey cell or add MDX extrusion to equipment you already own.

Turnkey Printing Cells
Robot, extrusion system, controls, software, safety, and commissioning configured as one system.
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Integrate Your Robot
Add MDX pellet extrusion to an existing robot or motion platform with the required controls and tooling.
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OEM Development
Co-development and engineering support for robot manufacturers, gantry builders, and machine integrators.
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From Compact Cobots to Industrial Robots

The right integration depends on robot payload, reach, controller, material, deposition rate, and application. MD supplies complete cells and configured MDX integration packages for supported platforms.

ABB ABB Value Provider — Additive Manufacturing
ABB Robotics certified partnership program for hardware integrators
Hardware Partner — Certified

ABB Robotics — Value Provider

Massive Dimension is an ABB Value Provider specializing in robotic additive manufacturing. MD supports ABB cobot and industrial-robot installations with pellet extrusion equipment, process controls, robot interfaces, and application engineering.

Available configurations range from the compact GoFa-based MDAC1 to custom industrial LFAM cells. RobotStudio workflows support offline programming, simulation, and production planning.

MDAC1
Compact GoFa-based printing cell
MDX
Configured pellet-extrusion integrations
RobotStudio
Offline programming and simulation
Custom Cells
Industrial LFAM configurations
ABB Value Provider IRB 4400 GoFa CRB 15000 IRB 8700 8-Axis Printing
ABB Value Provider Program — abb.com
FANUC Authorized System Integrator
FANUC's global authorized integrator network for robotics and CNC
Hardware Partner — Certified

FANUC — Authorized System Integrator

As a FANUC Authorized System Integrator, Massive Dimension can configure pellet-extrusion packages and complete printing cells around FANUC robotic platforms.

This path is especially useful for manufacturers that already operate FANUC equipment and want to add LFAM capability while staying within a familiar robotics ecosystem. Robot, controller, payload, reach, and software requirements are reviewed before a system is quoted.

MDX
Configured extrusion packages
ROBOGUIDE
FANUC simulation workflow
Turnkey
Complete custom cells
Existing Robots
Application-specific integration review
Authorized System Integrator FANUC Robots ROBOGUIDE Compatible Turn-Key Cells
Coverage: Additive Manufacturing Media
Universal Robots Supported Integration
Collaborative robot integration for printing cells and academic deployments
Cobot Platform

Universal Robots

Massive Dimension supports pellet-extrusion integrations for selected Universal Robots platforms. Their compact footprint and accessible programming make UR cobots well suited to research, education, and application-development environments.

Compatibility is reviewed by robot model, payload, reach, controller generation, and required material throughput before a configuration is quoted.

UR5e
Supported compact cobot platform
UR10e
Supported research platform
6-Axis
Non-planar & multi-planar
print strategies
Turnkey
Ships as complete
ready-to-print system
UR5e + UR10e MDAC1-UR Academic & Research Cobot Safety
MDAC1-UR — massivedimension.com
BigRep OEM Co-Development
MDX pellet-extrusion integration for the BigRep ONE platform
Gantry Platform Development

BigRep + MDX

Massive Dimension and BigRep are developing an MDX pellet-extrusion integration for the BigRep ONE platform. The program combines MD pellet-processing experience with BigRep's industrial gantry architecture.

The integration is being developed for tooling, molds, fixtures, and large functional parts. Final specifications, availability, and supported configurations are subject to completion of the development and validation program.

MDX10
Extruder integrating with
BigRep ONE platform
In Development
Availability follows validation
Tooling
Molds, fixtures, and large parts
Gantry
Industrial motion-platform integration
Co-Development BigRep ONE + MDX10 Tooling & Molds Gantry Systems RAPID+TCT 2026
Coverage: 3DPrint.com — RAPID+TCT 2026 Coverage: TCT Magazine

Toolpath, Simulation & Robot Programming

Software is selected around the robot, geometry, deposition strategy, and production requirements. MD can help define the workflow during system configuration.

Aibuild CAM
LFAM Software

Aibuild CAM, formerly AiSync, provides toolpath generation and process-planning capabilities for large-format additive manufacturing, including robotic and gantry systems.

Available capabilities include multi-axis toolpaths, process analysis, collision-aware workflows, reporting, and tooling-focused design functions. Platform suitability is confirmed for each project.

Aibuild CAM Multi-Axis LFAM Process Analysis
Aibuild software
ADAXIS — AdaOne
Recommended Software Partner

AdaOne by ADAXIS generates robotic additive-manufacturing toolpaths for planar, non-planar, multi-planar, and other advanced deposition strategies.

MD has used AdaOne in ABB-based workflows, including multi-axis demonstrations. Robot and post-processor compatibility is reviewed as part of each integration.

AdaOne Slicer Non-Planar Toolpaths ABB Partner Supplier 8-Axis Demonstrated
adaxis.eu
ABB RobotStudio 3D Printing Powerpac
Validated Integration

ABB's 3D Printing PowerPac supports additive-manufacturing workflows inside RobotStudio. It can be used with standard or advanced toolpath sources to create ABB robot programs for configured MD systems.

RobotStudio provides offline simulation, collision avoidance, and digital twin capability before any physical motion occurs — a significant advantage for both production environments and educational settings where simulation-first workflows reduce learning curves and risk. ABB's STEM education packages bundled with MDAC1 deployments include RobotStudio access.

ABB 3D Printing Powerpac RobotStudio G-Code to RAPID Offline Simulation
ABB RobotStudio — abb.com
Additional Robot Compatibility
KUKA · Yaskawa · Stäubli

MD can evaluate integrations for KUKA, Yaskawa, Stäubli, and other robot or motion platforms. These projects are configured around the specific robot, controller, payload, reach, I/O, and safety requirements.

Send us the robot model and controller information for an initial compatibility review.

Configured Integration KUKA Yaskawa Stäubli Custom Motion
Request a compatibility review

Partnership & Compatibility Matrix

A summary of MD's certified and supported integrations across hardware and software platforms.

Partner Type Certification Level MD Products Software
ABB Industrial & Cobot Robots ✓ ABB Value Provider MDX integrations, MDAC1, custom industrial cells RobotStudio 3DPP, Aibuild, ADAXIS
FANUC Industrial Robots & Cobots ✓ Authorized System Integrator MDX integration packages and custom cells ROBOGUIDE compatible, Aibuild, ADAXIS
Universal Robots Cobots Supported integration — model review required Model-specific MDX integration Aibuild, ADAXIS
BigRep Gantry 3D Printers ✓ Co-Development Partner MDX integration in development BigRep native + MD toolchain
Aibuild Slicing Software ✓ Recommended Partner Configured MDX integrations and cells ABB, FANUC, KUKA, UR, Stäubli, gantry
ADAXIS Slicing Software ✓ Recommended Partner Configured MDX integrations and cells ABB, FANUC, KUKA, Stäubli
KUKA Industrial Robots Project-specific integration Configured MDX integration Aibuild (KRL), ADAXIS
Yaskawa Industrial & Cobot Robots Project-specific integration Engineering review and custom configuration Aibuild
Stäubli Industrial Robots Project-specific integration Engineering review and custom configuration Aibuild, ADAXIS
Polymaker Pellet Materials ✓ Material Partner (PolyCore validated) Application-specific material evaluation —
REearthable Pellet Materials ✓ Material Partner (ecoPLAS validated) Application-specific material evaluation —
Airtech / Dahltram Pellet Materials ⏳ Validation in progress Validation in progress —

Pellets Selected for the Application

MD works with material suppliers to evaluate pellet feedstocks for LFAM. Final suitability depends on the extruder configuration, dryer, feed system, nozzle, process settings, and part requirements.

Polymaker
PolyCore™ Pellets
Validated Material Partner

Polymaker's PolyCore™ family includes pellet materials developed for large-format additive manufacturing, including unfilled, fiber-reinforced, weather-resistant, flexible, and recycled-content grades.

Contact MD to discuss the grade, drying requirements, nozzle selection, target throughput, and application before specifying a material.

PolyCore PETG · ABS · PC · ASA · TPU Glass & Carbon Fiber Reinforced Tooling & Molds Recycled Grades Available
polymaker.com/polycore Available at filabot.com
REearthable
ecoPLAS® Pellets
Validated Material Partner

Massive Dimension and Filabot have processed ecoPLAS®, a limestone-filled pellet compound supplied by REearthable.

Performance, environmental claims, regulatory status, and end-of-life behavior should be evaluated against the supplier's current technical documentation and the requirements of the finished application.

Limestone-Filled Compound Application Review
Source: reearthable.com — Partnership Announcement
Airtech Advanced Materials
Dahltram™ Pellets
⏳ Validation in Progress

MD is evaluating Dahltram™ pellet materials from Airtech Advanced Materials Group for tooling and other demanding LFAM applications.

Contact MD for the current validation status and to discuss sample processing for a specific Dahltram grade.

Dahltram™ Pellets Aerospace Tooling Grades Recycled Co-Polyester (T-100GF) High-Temp Mold Materials
airtechintl.com — Dahltram
Coming Soon
More Material Partners

Additional validated pellet partnerships are in development. Contact MD to discuss material qualification for your specific application.

Inquire about materials →
Start With Your Application

Tell Us What You're Building.

Send us your robot and controller model, target material, required output, approximate part size, and project timing. Our team will recommend an MDX integration path or complete printing system.