Posts by Carolina Vilaplana
Manufacturing a Monolithic Part with Built-In Cooling Channels
A Meltio M600 printed a trials car chassis section in under 10 hours at the University of Greater Manchester. See how DED now works alongside SLM in its lab.
Beyond the Supply Chain: Metal AM for Aerospace, Naval and Defense Readiness
WebinarBeyond the Supply Chain:Metal AM for Aerospace, Naval...
Digital Maritime Sustainment Ecosystem
This paper outlines a Digital Maritime Sustainment Ecosystem capable of identifying, reproducing, repairing, and manufacturing mission-critical components at the point of need.
Repair metal parts with additive manufacturing
Repairing high-value metal parts with additive manufacturing is an operational reality. Wire laser metal deposition allows you to restore critical components, reduce industrial downtime, and mitigate supply chain bottlenecks.
A Primer on Wire-Laser DED + CNC
Discover The What and Why of Hybrid Manufacturing. The Hybrid Solution: Add + Subtract in One Setup.
Meet Meltio at Formnext 2026
Meltio Global EventMeet Meltio at Formnext 2026
Frankfurt, N...
Metal Additive Manufacturing for Machine Shops – Real applicability for machining industry
WebinarMetal Additive Manufacturing for Machine ShopsReal ap...
Recovering industrial sovereignty for companies and countries
RoundtableRecovering industrial sovereigntyfor companies and...
Laser-Wire DED Additive Manufacturing
Discover why Meltio's Laser-Wire Directed Energy Deposition (DED), by combining laser precision with the stability of wire feedstock, offers a path to production that aligns with how real factories operate.
Wire-Laser Hybrid Manufacturing
Discover how Hybrid CNC Parts is transforming manufacturing by leveraging Meltio’s metal additive technology in real production environments.