Energy transfer of fluids required for the movement of movable parts has a significant application in machines (working or machining) and industrial systems. The application of fluid power transmission enabled many changes to the machine tool and systems. The application of hydraulic managed and controlled machines and systems have allowed an increase in the efficiency of machines and installations. Using fluid under pressure to transfer power and controlling complex movements is relatively modern approach and its greatest development has in the past two to three decades. Hydraulic systems gradually are used in virtually all areas. However, more stringent environmental requirements that are associated with the use of oil, and the need for cost-effective operations all require efficient machines. For this it is essential that the price of products with hydraulic installations remain competitive. The development of hydraulic system marked by the development of all components of the system, and the system as a whole. Apply new materials (eg. for seals) and processing technology to improve sealing, and at the same time reducing the hydro-mechanical friction (to improve the pumping efficiency of machines). In order to environmental requirements using new fluids. Structures of components improve the intensive use of the program to simulate fluid dynamics (CFD). Intensively used electronics, microprocessors and networking components for better management systems, and to monitor the operation and diagnostics. In this work is necessary to show the hydraulic and pneumatic installations that are on the machine tool. Show purpose and possibilities and elements of the syst