This paper aims to design and development of electric energy source using Piezoelectric in anti-vibrations rubber. A using energy exchanges from the vibration machinery force of the electric energy using Piezoelectric. The design and manufacture of the equipment for molding a concentrated latex to provide strength and can prevent the piezoelectric inside and prevent damage. The testing run using the centrifuge motor not balanced for creating maximum force 0.4 Nm and the frequency for vibration 15Hz. The results showed that the equipment can produces voltage a maximum when the vibration frequency 2Hz and the force of the vibration makes the equipment produces electric power in a linear manner which a maximum value of 0.1 mW per set. An equipment considered as an electric energy source using low cost and it is also price increases to natural rubber. A can produces the energy source commercially for the future.