This work presents the manufacture of CKD-blended cement from raw materials such as clinker, gypsum, marble and cement kiln dust (CKD) obtained from CIMENCAM Figuil, North Region of Cameroon. The raw materials were first characterized through XRF and physical properties such as fineness, consistency, setting time, and expansion were determined from the cement paste. Clinker is composed of CaO (65.30 %) and SiO2 (21.13%), with significant MgO (2.71%) Na2O+K2O (1.29%), SO3 (0.81 %) and lime saturation factor (LSF) of (97.9); which make this clinker good for cement production. Gypsum is composed of SO3 (36.32 %) and CaO (33.92 %) but contains very low proportion of impurities; it is therefore classified as low-impurities gypsum suitable for cement productions. The marble is dominantly composed of CaO (37.09 %) with significant SiO2 (7.26 %), SO3(2.40%), (2.36 %), Fe2O3 (1.82 %) and MgO (0.18 %); it is classified as low-CaO calcitic-aluminosilicate and ironsilicate bearing marble. The cement kiln dust (CKD) is dominantly made up of CaO (46.0 %) and SiO2 (11.62 %) with significantly low Na2O+ K2O (1.02 %), and SO3(2.16 %); this classifies its as low alkalies-sulfate cement kiln dust. CKD-blended cements which contains free lime (0.8-2.5, SO3 (above 1.7 to 2.5), loss on ignition (LOI), and insoluble residues (6.71-9.62 %) which increase with an increase in the proportion of CKD. The blaine specific surface area (BSSA) (4797-6346 cm2/g) and the sieved remaining proportion (26.14-30.36 %) show an increase with the proportion of used CKD; The compressive strength test was carried out at 2, 7, 28 days which shows that, the resistance depends on the proportion of the used CKD (0% control, 5%, 10%, 15%, 20%... up to 50%). Pressures of 17.5 to 11.6 MPa was obtained in 2 days, 28.9 to 20.0 Mpa in 7 days, and 35.5 to 23.3 Mpa in 28 days.