Mechanical transmission
Integrated process
Material sobriety
Energetic sobriety
Minimal oxide size (Structure made of agglomerated particles)
Creep resistance (Grain size monitored)
Homogeneity, isotropy
No residual stress
High density (>99%)
Mechanical performances similar to a conventionally made part
Powder type used : 100Cr6, 16MnCr5, 42CrMo4
Feel free to contact us for another powder type
Magnetic parts
Integrated process
Material sobriety
Energetic sobriety
Freedom of composition → Iron with up to 6% silicium
Homogeneity, isotropy
No residual stress
Excellent permeability & coercive force
High density (> 99%)
Powder type used : Fe 99%; Fe-Si (up to 6%)
Feel free to contact us for another powder type
Wearing part
Integrated process
Material sobriety
Energetic sobriety
Good weldability
Freedom of composition
Homogeneity, isotropy
No residual stress
Mechanical performances similar to a conventionally made part
High density (>99%)
Powder type used : Tool steel
Feel free to contact us for another powder type
Stainless steel fitting
Integrated process
Material sobriety
Energetic sobriety
Good weldability
No residual stress
Homogeneity, isotropy
High density (>99%)
Corrosion behavior comparable to that of a conventional stainless steel part
Powder type used : 316L, 304L, 309L
Feel free to contact us for another powder type
Titanium
Integrated process
Material sobriety
Energetic sobriety
Forged products with a 1/10mm precision
Homogeneity, isotropy
Adapted structure depending on the intended use of the part (knowledge of the α and β phases)
Powder type used : Titanium (Grade 2), Titanium alloy (TA6V - Grade 5)
Feel free to contact us for another powder type
"The Region and the European Union are supporting the METAL ADDITIVE TECHNOLOGIES project as part of the European Union's recovery package in response to the COVID-19 pandemic under the ERDF/ESF (Aquitaine/Limousin/Poitou-Charentes) Operational Programme 2014-2020."
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