The safe, open, and affordable
Metal 3D Printing standard for Academia
Teach modern manufacturing on a safe, wire-laser system. It’s cleaner than powder, cheaper to run, and integrates directly with CNC and robot arms.
Why top-tier universities choose Meltio
Meltio LMD (Laser Metal Deposition) technology breaks down the barriers of traditional metal additive manufacturing, making it the ideal choice for campus labs and training centers.
Open Materials. Open Parameters. Open Access.
A robust engine for PhD-level research and industrial innovation.
Material science & alloy development
Dual-wire technology:
Combine materials in-process to create functional gradients or entirely new alloys.
New material parametrization:
Our open platform allows for deep metallurgical exploration.
Process control & robotics
Fundamental research:
Integrate sensors for process control or heated print beds for thermal analysis.
Robotic freedom:
Explore metal freeforming, multi-robot simultaneous toolpaths, and digital twin creation with our flexible engine integration.
Real-world impact on Campus
From Novice to Pro in 2 weeks
Students entered with zero CNC or additive experience.
A Phillips Additive Hybrid system was in place.
A full "design-to-part" workflow where students are printing and machining certified parts in under 14 days. The system now supports Honeywell-sponsored capstone projects and collaboration with Politecnico di Milano.
"This training transformed me from being a complete novice to being able to produce full parts."
Aerospace innovation with advanced additive manufacturing
Every component must withstand extreme conditions while ensuring maximum safety and efficiency.
By combining Meltio’s expertise in wire-laser DED with CATEC’s leadership in aerospace R&D, this alliance will open new pathways for innovation, sustainability, and competitiveness.
"This integration allows the center to explore new possibilities in both the production and repair of metal components, helping companies gain a competitive edge."
Manufacturing 35% lighter titanium uprights for Formula Student
Striving for a massive architectural shift to comply with racing regulations.
Traditional manufacturing couldn't provide a solution.
Switched to Meltio technology to move from a standard mechanical assembly to a highly optimized, high-performance component.
“This collaboration not only allowed us to enhance the performance of our race car but also to massively expand our knowledge of one of the most promising technologies shaping the future of manufacturing.»
Cutting costs and material use in an aerospace project
The aim was to design and fabricate a lightweight yet structurally robust tripod for aerospace that significantly reduces material usage while maintaining the necessary mechanical properties.
The University has a Meltio M600.
The technology facilitates explorations into geometries and material combinations previously inaccessible, driving progress in functional gradient materials and lightweight structures.
"The decision to adopt Meltio’s wire-laser metal 3D printing solution—specifically the new Meltio M600 wire-laser metal 3D printer—stems from its notable advantages in cost-effectively producing high-quality metal parts."
Bridging Academia and Defense
Producing deployable parts for defense innovator Overmatch Inc.
Meltio Engine integrated with a Haas UMC-1000SS.
Production of defense-certified components and a live training platform for future DoD operators.
"We didn't have success until we went to K-State. The training was detailed, and the support continued afterward."
Sample parts of interest
Manufacturing of customized components on demand.
Wire is cheaper than powder
Molding the manufacturing workforce
Bridge the skills gap with a system that industry actually uses.
Supporting your lab's growth
We are an active partner in your institution's success.
Download Meltio’s Brochure for Defense
Ready to modernize your lab?
Connect with our team to discuss hardware options