… , porous titanium scaffolds with different regular pore sizes and porosities were manufactured
by SLM method. The porosity and pore size … on the alteration of strut size, which was further …

… However, in this work these methods are utilized on 3D printed porous titanium parts.
The … SEM micrographs of 3D printed titanium scaffolds coated with Titanium Oxide and …

… In porous titanium scaffolds manufactured via 3D printing, the differences in bone formation
… the pore size, porosity, shape, and connectivity of the porous structures of titanium scaffolds …

… The values obtained for the B1–4 range of porosity can also be found in other Ti porous
scaffolds with similar porosity and pore size features manufactured via 3D printing [38], …

… Compared to dense Ti-based implant, porous titanium scaffold is promising for bone
substitute in view of its suitable mechanical properties and abundant interconnected …

… a porosity value in the range of 32.2–52.7 % with a median pore diameter of 20 µm whereas
titanium … displayed a porosity range of 44.5–53.4 % with a median pore diameter of 24 µm. …

… titanium alloy scaffolds promote tendon ingrowth. We can use SLM to print a layer of scaffold
on the surface of titanium … A porous titanium alloy structure suitable for bone ingrowth is …

… Laser engineering technique was used to fabricate low-modulus, tailored porous titanium …
than titanium scaffolds. In a separate series of studies, we found that the pore diameter of 1000-…

… Here, we verified that both porous Ta and porous Ti are mechanical adaptable, and for the
first … For the productions above, their average pore diameter, strut size and porosity we design …

… , pore size and porosity distribution of porous Ti-6Al-4V scaffolds (pTi) were controlled by
3D printing. … The SEM images and pore size distribution plots of 3D printed porous Ti-6Al-4V …