The mango is one of the most important fruit from the commercial point of view because to its excellent sensory characteristics can get a number of products, including pulp. The aim of this work was to study the action of pectinase on stabilizing the common mango pulp. In this work yielded a product homogenized of fresh mango from a liquefied raw flesh and filter through a grid of 100 μm pore size. This homogenized was characterized and compared with the measured values of a pulp commercial fruit and commercial nectar. Then proceeded to perform commercial pectinase enzyme treatment to reduce the viscosity of the homogenized by varying the enzyme concentration, time and temperature treatment. Data were processed using response surface methodology supported by software STATGRAPHICS CENTURION XVI. The initial pulp contained a viscosity of 2.419, 4 ± 48.4 mPa* sec and the commercial pulp and Nectar 477,6 and 54,0 MPA* sec respectively. The results shows that the homogenized needs a treatment to 35°C for 90 minutes with pectinase 0.1% to obtain commercial pulp viscosity, and needs a treatment to 30°C during 85.5 min. with pectinase 0,1% to obtain a homogenized similar to a commercial nectar.