Blogs
Rethinking mould repair & spare parts productions
Mold and die making are foundational to global manufacturing...
Titanium 3D Printing: Guide to Ti64 & Wire-Laser manufacturing
Struggling with Titanium machining costs? Discover how Wire-Laser DED prints Ti64 parts with 99.98% density. Compare mechanical properties vs. forging here
Powder DED vs. Wire-Laser DED: A critical technical comparison
technical comparison of Powder DED (LMD-P) and Wire-Laser DED (LMD-W). We analyze catchment efficiency, safety risks, and cost-per-part to determine the best metal AM technology for industrial adoption.
Nickel: A deep dive into this versatile metal
In the world of precision engineering, material selection is...
Wire Arc Additive Manufacturing: Key insights
Due to recent advancements in processes and systems, Additiv...
Exploring Stainless Steel: Innovations in material technology
Steel is one of the most versatile and essential materials i...
What’s Additive Manufacturing?
Review the ASTM definitions of Additive Manufacturing and compare the 7 technology families. Learn why industrial engineers are shifting to Wire-Laser DED for metal production.
Combining Stainless Steel and superalloys for high-performance multimaterials applications
The need to combine different material properties in order t...
Meltio technology solves a real-world engineering challenge onboard the USS vessel Somerset
The adoption of advanced manufacturing technologies is trans...
Advancing laser wire deposition with Blue lasers
Discover why 450nm Blue Laser technology outperforms Infrared in Wire-Laser Metal Deposition. Analysis of absorption rates in Copper and Gold, energy efficiency data, and melt pool stability.