Material, feature size, geometry and qualification route decide which platform fits. Below is where each of our systems is used, and we will tell you when the answer is a different technology.
Lightweight structures, internal cooling passages and consolidated assemblies in titanium and nickel alloys. The value is in geometry that cannot be machined, not in replacing an existing part one-for-one.
Ti · Ni alloys · lightweight structures
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Open parameter access is the entire point here. New alloys, new scan strategies and reproducible experimental conditions matter more than build rate, and every setting needs to be recordable.
Open parameters · materials · teaching
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Conformal cooling channels, insert repair and process development for tool steels. Post-processing discipline (stress relief, HIP where required, machining allowance) decides whether a printed tool lasts.
Conformal cooling · repair · process dev
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Titanium and CoCr research work, porous and lattice structures, and patient-specific geometry studies. Regulatory qualification sits outside the machine, but traceable process data supports it.
Ti · CoCr · lattice research
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Rapid engineering iterations, thermal components and short-run tooling. The system pays for itself in the weeks removed from the development loop rather than in unit cost.
Rapid engineering · tooling · thermal
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Component repair, alloy development and complex assemblies where supply chains are long and lead times are the real constraint.
Repair · alloys · complex components
Discuss an applicationSend us the material, the part geometry and the tolerances you are working to. We will recommend the right process and system configuration, including telling you when the answer is not one of ours.
