Currently the building is undergoing a period of ma ny innovations, resulting in the development of new building technologies and qualification of those in volved in enforcement proceedings, in response to t hese new needs. In this case, the present study was based on constructive a nd technical analysis of precast solid slabs, equip ped with lifting devices, for residential buildings with multiple floors. Thu s, before choosing this constituent part of the str uctural system, with the task of providing its users thermal and acoustic comfort , safety and generate the structure as a whole, one with the lock stiffening of masonry planes, columns and beams with this element, we tried to highlight executives aspects of such type and present the costs involved in its implementation. This type of slab presented advantageous features compared to more traditional types, because of its high productivity, high turnover in the production of floor slabs, use low-skilled labo r and a high quality finish. Thus, the process provides a more visually clean wo rk due to reduced waste and disposal stages of the brace, since the slabs are lifted and positioned just when they already ha ve minimal resistance for performing the lifting ma neuvers. The work also presented as an object of study the Residential Fon tana Biasca, who used this building typology, which allowed its characterization in this type of residential work.