Shanmugam, B.K.Vardhan, H.Govinda Raj, M.Kaza, M.Sah, R.Harish, H.2026-02-062020Learning and Analytics in Intelligent Systems, 2020, Vol.2, , p. 345-35126623447https://doi.org/10.1007/978-3-030-24314-2_43https://idr.nitk.ac.in/handle/123456789/30741Screening is a process of separating two or more materials of size ranging from fine to coarse of different shapes, particle sizes and densities. The conventional vibrating screen is widely used in mineral and mining industries for performing sizing operation. This paper will be on the review of the various shortcomings of the conventional vibrating screen. The review was carried out through literature survey and plant visit. The paper also involves the remedial measures to be taken to overcome the shortcomings of the conventional vibrating screen. Some of the corrective measures are reduction in number of components also reduces overall screen load, angular velocities, stress, wear or damages to the screen, screen replacement, downtime and overall cost of production. The circular vibrating motion provided to the screen will give larger amplitude and stroke length of the screen which increases screening efficiency. The overall outcome of remedial action will lead to improved screening efficiency. This paper also provides the idea for the optimization of the vibrating screen design which can reduce the power consumption, friction and also provide high screening output. © 2020, Springer Nature Switzerland AG.FrictionPower requirementScreening efficiencySupport systemVibrating screen