Whitepapers
A Primer on Wire-Laser DED + CNC
Discover how Hybrid CNC Parts is transforming manufacturing by leveraging Meltio’s metal additive technology in real production environments.
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.
Whitepaper – Mechanical properties and microstructure of wire
The article analyzes the mechanical and microstructural properties of Meltio-produced austenitic stainless steel 308L, manufactured using wire laser metal deposition (LMD).
Case Study – Application development with Meltio M450
In this case study, Hirudi explores the possibilities of the concept of Hybrid Manufacturing (additive + subtractive) for parts with a certain relevance for industrial manufacturing.
Whitepaper – Microstructural and hardness characterization
In this study, three Nickel 718 / Stainless Steel 316L multimaterial samples were designed and successfully manufactured by Meltio's technology.
Meltio Applications Catalog
Knowledge BaseMeltio Applications CatalogExplore what’s real...
Case Study – Improving Printability with Simulation
Meltio and Ansys evaluated the accuracy of Ansys additive manufacturing simulation. Using the Additive Manufacturing Directed Energy Deposition (AM-DED) module in the Ansys Additive Suite, the printability of a nickel-based turbine blade component was investigated and the results were compared with a physical part.
Meltio Design Guidelines
Meltio Design Guidelines - Meltio materials covers a wide range of applications and industries, catering to diverse needs and requirements.
Mold-Making with LMD and Dual Wire
Read this whitepaper to understand how LMD technology is helping in mold-making