Aerial view of the AM Campus innovation hub in the Amsterdam Metropolitan Region
Amsterdam Metropolitan Region

Europe's Next-Generation
Manufacturing Infrastructure

A shared validation environment to de-risk investments in industrial robotics, circular materials, and advanced production.

Meet the network Work with a hub Partner on a programme

AM Campus is not one facility. It is a coordinated regional network of operating hubs, fieldlabs and partners, connected by a shared ambition: to build stronger additive manufacturing capability in the Netherlands and Europe.

01 / Introduction

Why Advanced Manufacturing Infrastructure Matters

European industry must transition toward localized resilience, circularity, and digital agility. We provide the shared infrastructure to make this transition viable.

AM Campus Exterior and ecosystem environment

Industrial Resilience

Flexible and localized production. Example: Replacing offshore chains with local, on-demand robotic fabrication.

Technology Adoption

Implementation beyond experiments. Example: Moving 3D printing from labs into certified industrial production.

Ecosystem Coordination

Matching supply with capability. Example: Connecting OEMs with regional validation facilities to de-risk investment.

02 / The Regional Platform

From Fragmentation to Capability

AM Campus MRA is an independent regional coordination platform working with public, industrial and knowledge partners. We do not operate as a single facility; instead, we orchestrate the ecosystem.

Our mission is to translate real manufacturing experience into shared capability, investment, and policy influence. We own five core strategic pillars:

1. Regional Strategy

Defining what additive manufacturing capabilities must exist in the Amsterdam region over the next 5 to 10 years.

2. Network Coordination

Connecting hubs, companies, schools, researchers, and public partners into a cohesive operational network.

3. Shared Validation Programmes

Solving industrial challenges collectively rather than through isolated, fragmented projects.

4. Collective Representation

Giving the Dutch and regional AM ecosystem a stronger voice in European programmes, standards, funding, and industrial policy.

5. Evidence-based Advocacy

Taking lessons from physical nodes (like 3DMZ) and translating them into a case for public investment and structural support.

AM Campus MRA
Regional Coordination Platform
Physical Hubs (e.g. 3DMZ)
Execution nodes & applied production environments
Digital Workflows
Design, applications & digital manufacturing workflows
European Networks
European network & knowledge layer
Ecosystem Partners
Materials, robotics, research, public sector & industry
03 / Target Audiences

Who We Serve

AM Campus MRA provides targeted pathways for industry, applied research, and public institutions to validate, collaborate, and scale.

Researchers and industry partners discussing a prototype
Community session connecting European practitioners, researchers and public partners.

For Manufacturing Companies

Problem: Adopting advanced technology alone is slow and risky.

Solution: Validate new production processes (robotics, circular materials) in a shared environment before investing.

Start a Validation Project →

For Applied Researchers

Problem: Promising research often stops at the lab scale.

Solution: Connect your research to industrial testbeds for real-world technical and economic validation.

Explore Collaboration →

For Public Partners

Problem: Strategic policy goals need practical execution.

Solution: Turn regional innovation and sustainability policy into tangible industrial capability and job growth.

Engage Governance →

For Tech Providers

Problem: Proving new systems to industrial buyers is difficult.

Solution: Integrate and showcase your machinery or software within active applied validation tracks.

Propose Technology →
04 / Platform Operations

Platform Operations

AM Campus MRA provides a structured pathway from initial challenge to validated production capability.

01

Define the challenge

Map the technical bottleneck or scaling problem to be solved.

02

Assemble the coalition

Connect the initiating company with relevant tech partners, researchers and public stakeholders.

03

Execute the pilot

Validate the material, process or workflow in the shared physical testbed.

04

Document the learning

Capture technical findings, constraints and next steps.

05

Prepare for scaling

Translate the pilot into a production, procurement or collaboration route.

What comes out of it:
→ Validated pilot results
→ Technical learnings
→ Partner matches
→ Applied research cases
→ Production concepts
→ Procurement input
→ Funding input
→ Skills & training formats
05 / Validation Tracks

Validation Environments and Lanes

Our physical infrastructure serves as the environment where technologies are tested, optimized, and validated under real industrial conditions.

Industrial robotic arm performing large-format 3D printing in a production facility

Large-Scale Robotic Fabrication

Example track: validating a recycled polymer furniture component from design file to robotic toolpath and production test.

Request Track Access →
Testing concrete material behavior and print stability

Concrete & Paste-Based Systems

Example track: testing material behavior, print stability, and robotic motion constraints for low-carbon paste compounds.

Request Track Access →
Hybrid robotic workflow integrating CNC and additive

Hybrid Robotic Workflows

Example track: integrating multi-axis material deposition with precise CNC milling to produce finished custom tooling.

Request Track Access →
Extruding bio-circular materials

Bio-Circular Material Lines

Example track: validating local bio-polymers and wood-waste composites for sustainable regional procurement.

Request Track Access →
06 / Integration & Showcase

What Emerges from the System

Tangible industrial outcomes from our validation tracks: certified parts, precision close-ups, material textures, and digital twin integrations.

Production Showcase

Production Showcase

Advanced multi-stage robotic production parts demonstrating hybrid manufacturing capability.

Precision Components

Precision Components

Detailed examination of additive toolpaths and structural integrity.

Material Textures

Material Textures

Close-up of printed composite structures showing layer adhesion and surface finish.

Digital Twin Integration

Digital Twin Integration

CAD models and real-time sensor integration tracking physical production environments.

07 / Policy Translation & Governance

Policy Translation & Governance

We translate strategic policy objectives into operational validation programs, moving from ambition to industrial reality.

STRATEGIC GOAL

Policy & Governance

Setting the ambition (e.g., Circular 2050 targets, regional economic resilience).

INDUSTRIAL CHALLENGE

Translating the Goal

Defining the specific material or production problem to solve.

THE VALIDATION TRACK

Applied Pilot

Testing the solution in a real industrial environment with partners.

EXECUTION

Procurement & Scaling

Integrating the validated capability into public tenders and private supply chains.

07 / Application Domains

Strategic Application Domains

We focus validation on high-impact sectors where localized manufacturing capacity directly strengthens regional and European resilience.

Robotics & Automation

Testing advanced robotic workcells, hybrid manufacturing workflows, and multi-axis toolpaths for scalable regional capability.

Built Environments

Validating 3D-printed building modules, public space elements, and structural components using sustainable concrete and composites.

Energy Infrastructure

Rapid prototyping and localized production of components for energy storage, solar tracking, and green distribution networks.

Circular Materials

Custom molds, dies, and assembly jigs manufactured from local bio-composites and recycled plastics to replace metal tooling.

08 / Ecosystem & Impact

Ecosystem & Economic Impact

AM Campus MRA brings together leading academic, industrial, and public institutions to build a resilient manufacturing framework.

40% Regional capacity target

Percentage of regional manufacturing needs aimed to be fulfilled by local, resilient supply chains.

12+ Active facility partners
60+ Connected companies & experts
500+ Practitioners reached
"The AM Campus MRA robotic facilities allowed us to cut our prototyping cycle by 6 weeks and successfully transition our entire product line to recycled polymers."
— Dr. Elena Rostova, Lead Materials Researcher, BuildTech Innovators

Ecosystem Partners

ALPHA TECH
NEXUS MFG
STRUCTURA
VORTEX
09 / Roadmap

A Phased Development Path

AM Campus MRA is designed as a long-term initiative to structurally upgrade regional manufacturing capability over the next decade.

2025-2027 We Are Here

Foundation & Pilots

Build the founding network, establish validation tracks, and execute the first applied industrial pilots.

2027-2031

Scaling & Integration

Scale regional production capability, embed skills programs, and deliver public-private manufacturing projects.

2031+

European Node

Connect AM Campus MRA as a mature European node for distributed advanced manufacturing infrastructure.

08 / Join The Ecosystem

Ready to Validate, Connect or Scale?

Have a manufacturing challenge or technology that belongs in this ecosystem? Let's explore how AM Campus MRA can help you.

For Industry

  • Bring your manufacturing challenge to shared facilities.
  • Validate new production processes.
  • Test robotic workflows.
  • Verify sustainable materials before investing.

For Applied Research

  • Connect academic findings to an active testbed.
  • Link regional policy goals to industrial practice.
  • Demonstrate real-world scalability.
  • Prove economic viability.