In this study, intensification of solar radiation in metal melting process in Trabzon, which is above the world average in terms of solar potential, annual daylight, has been studied. A parabolic dish 1.5 m in diameter was used for intensification in order to focus solar radiation. A metal melting pot is designed, manufactured and tested to be able to hold the sun rays in the intensified state. The temperature values reached in different environmental conditions are recorded in the solar cooker consisting of dish, pot and connections. Melting behaviors of the aluminium metal placed in the pot and the instantaneous radiation values on the solar furnace were determined. During the experiments, aluminium flux is provided in the determined dimensions, and the efficiency of the system is calculated according to the temperature and radiation measurements. The efficiency of metal melting was determined as the ratio of the energy from the absorbed energy to the metal. Approximately 12% yield for the efficiency is achieved for the metal smelting processes. It is emphasized that both the improvement of the focal point and the follow-up of the sun is necessary to improve the efficiency of the solar furnace.