 Calcium phosphate cements consist generally of a liquid and a powder which harden upon mixing. The final product phase can be hydroxyapatite, or another calcium phosphate phase like dahllite or brushite. The advantage of cements over pre-formed blocks is that they can be injected, shaped and hardened in situ, ensuring optimum bone-implant contact and minimally invasive surgery. Once hardened, they exhibit cohesive properties that granules cannot provide. Most of the calcium phosphate cements available on the market are hydroxyapatite cements. However, for some applications like periodontitis or peri-implant gap filling, their resorption rate is too slow, hampering their clinical applicability for these indications. The advantage of the brushite phase in the hardened cement is that it degrades faster than hydroxyapatite, allowing a more rapid bone regeneration. The purpose of this study is to evaluate the efficacy of PD VitalOs Cement as a primary stabilizer and bone augmenting source in dental implantology. 