Between Layers, the new series from 3Dnatives, tells the human stories behind 3D printing, starting with Joel Telling: less technical, more inspiration.

AI transforms engineering by shifting value from execution to strategic judgment. If the growth path for young engineers is not redesigned, there is a risk of a “skills cliff” and a dangerous concentration of responsibility.

Industrial 3D printing is revolutionizing production: speeds up to 400 mm/s, high-performance materials, cloud monitoring and real-world cases with savings up to 75%. Distributed digital future.

In 2026, desktop and industrial 3D printers will break down technical and economic barriers: low-cost SLS and metals for everyone, Industry 4.0 automation and advanced materials transform additive manufacturing into mainstream manufacturing.

Industry 4.0: 3D printing, rigorous qualification, and sustainability reduce the costs and times of large-scale production.

Quality Control 4.0: real-time 3D data, automated inspections, and the digital thread transform manufacturing, reduce rework, and make quality a competitive asset.

Additive manufacturing towards circularity: Arkema, Nexa3D and other players recycle powders and polymers, cut waste and costs, certify LCA, transforming waste into new products.

Industrial 3D printing scales volumes and speeds: SLA and FDM XXL, advanced materials, Industry 4.0 automation, and new frontiers in tooling, construction, and aerospace.

In 2026, record investments in industrial 3D printing: +51% hardware revenue, China boom +221%, defense and water infrastructure projects with CO₂ savings up to 501%.

2026 will be a key year for 3D printing: the AMUG in Reno (March 15-19) offers 150 technical sessions, competitions, awards, and courses on AI and industrial qualification, to update skills and build networks.

AI and 3D printing merge: MeshyAI and Creality democratize production, accelerate industrial repairs, and reduce waste, but require new skills and regulations.

La stampa 3D rivoluziona l’edilizia: case in 5 giorni, materiali che catturano CO₂ e costi ridotti. Progetti europei e militari dimostrano velocità, sostenibilità e adattabilità, ma norme e tecnologie sono ancora in evoluzione.