Table 2 Materials and AM technologies selected for the porous implant design
Study | Material | Selected AM technology |
|---|---|---|
[30] | Titanium (alloy) | SLM |
[25] | Titanium (alloy) | SLM |
[56] | Titanium (alloy) | SLM |
[58] | Titanium (alloy) | SLM |
[69] | Titanium (alloy) | SLM |
[51] | Titanium (alloy) | SLM |
[59] | Titanium (alloy) | SLM |
[60] | Titanium (alloy) | SLM |
Titanium (alloy) | SLM | |
[61] | Titanium (alloy) | SLM |
[34] | Titanium (alloy) | SLM |
[38] | Titanium (alloy) | SLM |
[41] | Titanium (alloy) | SLM |
[63] | Titanium (alloy) | SLM |
[99] | Cobalt-chrome | SLM |
[15] | Cobalt-chrome | SLM |
[57] | Titanium (alloy) | EBM |
[81] | Titanium (alloy) | EBM |
[40] | Titanium (alloy) | EBM |
Titanium (alloy) | EBM | |
[31] | Titanium (alloy) | DMP |
Titanium (alloy) | DMLS | |
Titanium (alloy) | DMLS | |
[33] | Stainless steel | DMLS |
[29] | Cobalt-chrome | DMLS |
[48] | Titanium (alloy), stainless steel, functionally graded material (FGM)—titanium, stainless steel | – |
[84] | Titanium (alloy) | – |
[43] | Titanium (alloy) | – |
[47] | Titanium (alloy) | – |
[39] | Titanium (alloy) | – |
[44] | Titanium (alloy) | – |
[50] | Titanium (alloy) | – |
[64] | Titanium (alloy) | – |
[49] | Titanium (alloy) | – |
[67] | Titanium (alloy) | – |
[46] | Titanium (alloy) | – |
[55] | Titanium (alloy) | – |
[28] | Titanium (alloy) | – |
[65] | Titanium (alloy) | – |
[62] | Titanium (alloy) | – |
[45] | Titanium (alloy) | – |
[66] | Titanium (alloy) | – |
[35] | Titanium (alloy) | – |
[68] | Titanium (alloy) | – |
[54] | Functionally graded material (FGM)—titanium, alumina ceramic | – |
[70] | Functionally graded material (FGM)—titanium, alumina ceramic | – |