The development of society, and thus the market, and particularly the development of technology, creates a demand for process automation in all aspects of graphics production and distribution of finished products. Knowledge of traffic laws and principles of transportation, enables a quick and quality response for competitive market requirements, the rationalization of transport costs and optimizing the entire process of distribution. The thesis will be simulated in real business situations in a graphics company. Taking into consideration the specific nature of the orders, it will be necessary to carry out calculations and optimize the cost before making the commissioned work. Having determined the amount of required materials and taking into consideration the geographical location of suppliers in relation to the location of the company, will implement a specialized program WinQSB that will determine the optimal route visiting suppliers. Upon completion of the commissioned work, at the request of the client, it will be necessary to distribute the finished product at specific locations on a relatively large geographical distances. Calculated cost of product unit distribution together with other parameters necessary like origins and destinations capacity, will be inputed into WinQSB that uses the built-in mathematical methods of calculating the least cost to determine the optimum method and cost of distribution.