Additive manufacturing is an innovative manufacturing technique, allowing a virtually infinite number of designs, as there are no constraints given by conventional manufacturing methods. Novel techniques require study and additive manufacturing is no exception. This work sets itself to investigate the effect of process parameters in parts produced through Laser Powder Bed Fusion (L-PBF). Samples were manufactured by keeping hatch distance and laser power constant whereas scanning speed, volumetric energy density (VED) were varied along with two different scanning strategies (30° and 60° shift by layer rotation). Outcomes were analyzed to test the effects on density, porosity, mechanical properties, surface roughness and residual stress.