This work is devoted to the problem of vibration pneumatic separation of milled product of rubber-fibre waste. It is established that worn rubber products are a valuable secondary raw material. We studied the mechanical technology for the processing of rubber products, based on the processes of multistage grinding with an initial removing the bead wire and steel cord. The analysis showed that the most simple and qualitative way of separating of crumb rubber is vibration pneumatic separation. A separation of crushed rubber waste on the vibrating table with the use of air blowing of the textile component will allow separating of dissimilar particles of the initial mixture as efficiently as possible. The operation of the vibro-pneumatic separator is influenced by many factors, including the angle of inclination of the vibrating table, the amplitude of its oscillations, as well as the magnitude of the aerodynamic lifting force of the air flow. We have conducted research to identify the impact of these factors on the efficiency of sieving and purity of the crumb rubber of different fractions at the outlet. The aim of this work is to study the process vibration pneumatic separation of rubber-cord compound and the development of its hardware design. To achieve this aim the following tasks were set and solved: development of a new modernized system; determination of dependencies between the rate of transport of rubber-cord compound, the angle of inclination of the vibrating table and the amplitude-frequency characteristics; obtaining the calculated dependencies allowing to determine the velosity of entrainment of the cord fibers and crumb rubber.Forcitation:Kozlov А.М., Blinichev V.N. Vibration pneumatic separation of milled product of rubber-fibre-waste. Izv. Vyssh. Uchebn. Zaved. Khim. Khim. Tekhnol. 2018. V. 61. N 6. P. 96-102