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Part Number Product Particle Size distribution Application technology Previous Reference     CA-PS-022 Ti-Al 10-45 µm L-PBF GEA-PS-006 CL 110CO Rematitan* Ti-6Al-4V Gr. 23 10-45 µm L-PBF TBD *Considered as a medical device. Not available...

Part Number Product Particle Size distribution Application technology Previous Reference     CA-PS-006 CoCrMo 10-45 µm L-PBF GEA-PS-006 CL 110CO TBD CoCrMo 45-106 µm EB-PBF TBD Remanium star* CoCrW 10-30 µm L-PBF – *Considered as...

Part Number Product Particle Size distribution Application technology Previous Reference     CA-PS-019 Ni alloy 625   10-53 µm L-PBF Cl 101NB

Part Number Product Particle Size distribution Application technology Previous Reference     CA-PS-003 Al-Si10-Mg 15-63 µm L-PBF CL 33AL CA-PS-002 Al-Si7-Mg (F357) 15-63 µm L-PBF CL 35Al CA-PS-008 A205 10-53 µm L-PBF –

Part Number Product Particle Size distribution Application technology Previous Reference     CA-PS-001 Stainless Steel 316L 15-45 µm L-PBF GEA-PS-001 CL 20ES CA-PS-004 Stainless Steel 17-4PH 15-45 µm L-PBF GEA-PS-004 CL 92PH CA-PS-005 Maraging Steel...

Here are some examples of how additive manufacturing is being used in various industries: Aerospace: Additive manufacturing has the potential to significantly reduce the weight of aerospace components, which can improve fuel efficiency and reduce...

Additive manufacturing, also known as 3D printing, is a revolutionary technology that has the potential to completely transform the way we manufacture products. This process involves building three-dimensional objects by adding layer upon layer of...