The purpose of the most prior researches is to maximize the total profit and have less attention to maximizing the amount of recycling products and obtain the profit from them. This research with regard to the maximizing of total profit, designs a closed-loop reverse logistics network by using the concept of green supply chain to decrease the amount of destructive effect on environment because of disposal garbage, submit more products to markets and determine the amount of efficiency. This network includes centers such as: product return zones, remanufacturing center, repairing center, markets, disposal and recycling centers and disassembly centers. To examine the sensitivity and behavior of various functions by changing the value of parameters, several experiments were performed in different scenarios. Also for estimating the amount of input and output by changing their amount, the sensitivity analysis have been done with inverse data envelopment analysis in the form of two scenarios. The proposed model changed to multi objectives model and using global criteria method for solving multi objective model, it changed to a single-objective model and then solved. The validity of the model is confirmed by using the case study of digital products of the relevant previous research data with generating some data. Results show that the network has high profit levels. Also, due to the recycling of electronic wastes, valuable materials of those wastes are sent back to the market and are profitable for the network. With regard to the determination of efficiency, some centers are considered as suppliers.