Tag Archives: Meltio M600
Metal additive manufacturing in university motorsport engineering
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.
Mol-Matric turns three aluminum parts into one titanium piece
See how toolmaker Mol-Matric validated wire-laser metal deposition for aerospace titanium parts in the SAFE-AIR project, using Meltio's M600.
Reprinting a British Army Brake Pedal at the Point of Need
See how Meltio's wire-LMD and Plastometrex's on-site testing produced and verified a military spare part in the field, stronger than the original.
Printing 500 mm Titanium Rocket Rings
ASRI and AMT3D printed two 500 mm Ti-6Al-4V radax joint rings for a launch vehicle, using segmented M600 builds and Robot Cell finishing, without a titanium plate purchase.
Point of need manufacturing: Metal Additive Manufacturing in Defense
Review field data from AM Village 2026 demonstrating how Wire Laser Metal Deposition outperforms legacy systems in programming speed and operational deployment for military logistics.
Additive Manufacturing in Oil & Gas: ExxonMobil’s transition to LMD for Titanium components
Discover how ExxonMobil Louisiana achieved a 42% cost reduction and cut lead times from 6 weeks to 58.8 hours
A 70% cost-saving on industrial pump repair
Discover how iMet-3D utilized the Meltio M450 to repair an obsolete centrifugal pump for Bozzetto Group. Learn how LMD technology achieved 70% cost savings and reduced lead times from 2 months to 1 week by replacing cast iron with 316L Stainless Steel.
Solving bottlenecks in automotive injection molds with conformal cooling channels
Discover how an automotive manufacturer integrated Meltio's wire-laser metal 3D printing to create conformal cooling channels, reducing mold temperatures by 20°C.
Localized production of critical aerospace components
How HH Industries used Meltio’s hybrid wire-laser AM to localize production of turbine jet engine housings.
Manufacturing 35% lighter titanium uprights for Formula Student
In Formula Student, engineering compromises are not an optio...