Where Advanced Manufacturing Moves from Research to Reality
In the rapidly evolving world of advanced manufacturing, the gap between laboratory breakthroughs and real-world industrial deployment can feel insurmountable. The ASTM International Conference on Advanced Manufacturing (ICAM) exists to bridge that divide. Hosted by the ASTM International Additive Manufacturing Center of Excellence (AM CoE), ICAM has become the premier annual forum where the global advanced manufacturing community converges to shape the future of industrial production.
Event Overview: ICAM 2026
The 2026 edition of ICAM is scheduled for September 28 – October 2, 2026, at the Hyatt Regency Orlando in Orlando, Florida. The event draws a global audience of technical decision-makers—leaders, innovators, researchers, and practitioners who are driving technology from early exploration to industrial deployment.
Now entering its second decade, ICAM has solidified its reputation as a key event where research, policy, and industry practice intersect. It supports the transition of advanced manufacturing from early research through qualification and scalable adoption across critical sectors.
A Conference Built on the Full Lifecycle of Innovation
What distinguishes ICAM from other manufacturing conferences is its comprehensive view of the industrialization lifecycle. The conference spans pre-industrialization research, the standards that enable scale-up, and post-industrialization practices that strengthen reliability and performance.
The Four Pillars of ICAM 2026
The 2026 technical program features 24 symposia organized around four major pillars:
Industrial Sectors
This pillar addresses real-world deployment across aviation (including crewed and uncrewed aerial vehicles), defense, energy, maritime, oil and gas, robotics and automation in construction, medical manufacturing and biofabrication, and space and in-space manufacturing.
Industry 4.0
Focused on data-driven manufacturing, this track covers artificial intelligence and machine learning, modeling and simulation, digital twin ecosystems, and security, trust, and cyber resilience.
Value Chain
Spanning the full lifecycle of additive manufacturing, this pillar includes design for additive and hybrid manufacturing, feedstock innovation and characterization, in-situ monitoring and process control, non-destructive evaluation and inspection, fatigue, fracture, and structural integrity, as well as strategy and techno-economics.
Non-Metallic Materials
Covering polymers, composites, ceramics, microelectronics, and semiconductors, this track addresses the growing importance of non-metallic materials in advanced manufacturing.
A Collaborative Environment for Industry, Government, and Academia
ICAM fosters a collaborative environment where end users, researchers, government agencies, and solution providers work together to build consensus, define pathways, and develop implementation strategies for advanced manufacturing. The conference is supported by more than a dozen ASTM technical committees, reflecting the depth and breadth of standards expertise brought to bear.
Key focus areas include:
- Industry standards and shared frameworks
- Design methods for scalable manufacturing
- Qualification pathways and responsible adoption
- Process and system innovations
- Advanced materials and integrated manufacturing processes
- Data, modeling, and digital manufacturing ecosystems
The Heart of the Conference: The Value Chain Symposia
The Value Chain symposia are particularly central to ICAM’s mission, bringing together researchers, industry leaders, and end users working to close gaps between development, qualification, and deployment. These sessions address critical topics including:
- In-Situ Monitoring and Process Control: As sensors, data fusion, and intelligent control become essential to industrial additive manufacturing, this symposium explores how in-situ data can drive process optimization and accelerate qualification.
- Non-Destructive Evaluation and Inspection: NDE methods provide significant insights without damaging parts, helping manage performance expectations and qualification requirements.
- Sinter-Based AM Technologies: This track examines emerging technologies like binder jetting, material extrusion, and hybrid processes, along with the standardization challenges needed to achieve widespread industry adoption.
Opportunities for Students and Emerging Professionals
ICAM 2026 will again feature a Student Research Showcase, including competitive oral presentations, poster sessions, and non-competitive oral presentation opportunities. This program provides students with direct exposure to industry leaders and subject-matter experts, helping to develop the next generation of the advanced manufacturing workforce.
A Growing and Influential Event
The impact of ICAM continues to grow. The 2025 edition brought together over 1,100 registered attendees from 475 participating organizations, with more than 725 presentations delivered across 25 symposia. These numbers reflect the conference’s central role as the gathering point for the advanced manufacturing community.
Looking Ahead: ICAM Expands
Building on the success of the Orlando event, ASTM has already announced that ICAM 2027 will return to Washington, DC, taking place September 20–24, 2027. This move reflects the conference’s growing stature and its importance to policy discussions in the nation’s capital.
Conclusion: The Bridge Between Innovation and Industry
ICAM 2026 is where the advanced manufacturing community comes together to ensure that innovation does not remain confined to the laboratory but is instead deployed in the field. For professionals across aerospace, defense, energy, medical, automotive, and microelectronics, the conference offers an unparalleled opportunity to understand qualification pathways, align with evolving standards, and engage with the people shaping the industry frameworks that determine whether a technology actually reaches production.
In an era where manufacturing innovation is critical to economic competitiveness and national security, ICAM provides the roadmap for turning breakthrough ideas into reliable, scalable, and deployable manufacturing solutions.
