The lack of skills is slowing the growth of additive manufacturing: universities, industry, and certifications converge to rapidly train 4.0 professionals.

Cornell prints 3D concrete on the seabed using marine sediments: lower costs, zero transport, autonomous robots and reduced environmental impact for sustainable infrastructure.

Metal 3D printing is now strategic in aerospace and defense: advanced alloys, certified processes, closed-loop recycling, and military and space use cases are accelerating its global adoption.

Automation and AI in 3D pipelines: from Ergono3D to Velo3D, printing costs and times are reduced, including qualification and cybersecurity.

3D Printing and AI Transform Space-Aerospace Integration: Ultra-lightweight Components, Low-Cost Satellites, Multi-Orbit Antennas, and Accelerated Digital Workflows Drive Orbital Convergence.

3D Printing 2026: multi-material, Al-Fe-Mn-Ti alloys 300 °C, Voxelfill against anisotropy, CFD for optimal parameters, self-eliminating supports, Stonehenge testing, open software and sustainability.

Metal additive manufacturing is growing thanks to new high-speed technologies and materials for extreme environments, with applications in aerospace, defense, energy and nuclear fusion. Goal: lighter, more efficient and certified components.

3D metal printing: Gauss MT90 safe and compact, new Al alloys, holographic lithography for chips, automated Meshy workflow, recognition by USA as critical infrastructure.

PrintPal, AI platform with 100k users, eliminates CAD barriers; new resins without supports and free courses make 3D printing truly for everyone.

Industrial 3D printing is mature: SLA at large scale, advanced materials, and safety standards are driving aerospace, defense, and construction. Cost reduction, digitalization, and multi-material capabilities are the keys to scaling.

Stampa 3D rivoluzionata: nuovi polimeri, metalli e ceramiche permettono oggetti multi-materiale, personalizzati, sostenibili e pronti all’uso senza assemblaggi.

Bioprinting: In October 2025, the first 3D cornea was successfully transplanted. Low-cost technology for tumor biopsies. Towards custom organs and the end of waiting lists.