From the selection of main parts of the chain and belt elevator, it was possible to carry out a basic calculation according to which the most favorable traction element was determined. For a more favorable choice the entire elevator was constructed, which was presented in assembly and workshop drawings. In addition to the elevator, the issue of loading the given load into the elevator is solved using a ribbed belt conveyor placed at an angle. The belt was constructed using the same procedure, first selecting the main components that provided the input data for the calculation, and later selecting the remaining parts. The belt conveyer is also shown with an assembly drawing accompanied by the necessary workshop drawings. Another condition that the elevator had to meet is the alternation of vertical and inclined mode of operation. In order to fulfill the request, a solution was proposed constructed of an linear actuator combined with a shaft connected by bearings, located at the bottom of the elevator. The entire process from loading to unloading materials and the method of changing vertical and angled work is shown in a separated assembly drawing.