Granulation is a process of agglomeration of small particles of shredded materials into larger units and is carried out in the presence of liquid. As far as the energy used in agglomeration is concerned, the process can be divided into pressure pelletizing: pressing, tableting, briquetting, and extrusion, and low pressure granulation, commonly known as non-pressure granulation, which primarily consists of the following processes: sintering, accompanied by high temperatures - below the melting point of the ingredients; granulation in a fluidized bed, i.e. powder grains aggregating as a result of collisions in a humidified fluidized bed; and agglomeration granulation, which consists in turning and moving of layers of granular deposits. Improvement of the quality of granules can be achieved by improving granulators, a careful selection of process parameters, and using various additives to the granulated mixture of raw materials. In comparison with pressure granulation devices, granulators for non-pressure granulation have many advantages, including simplicity of equipment, a significantly lower purchase cost, and a longer life. Another advantage consists in the energy efficiency of the method, which translates into economic benefits. The resulting non-pressure granulation products should frequently be subject to drying or partial drying, which is regarded as a disadvantage. Moreover, granules obtained in this manner are characterized by a diversity of grain classes. The paper presents the equipment and process parameters that have an impact on the process of non-pressure disk granulation with the use of a raking blade.