Research on the influence of exploitation loads on a vibrating separator with air suspension

The article presents a developed 3D model of a vibration separator with an unbalanced drive and pneumatic suspension. The created model is parametric, allowing for modifications to the design of the vibration separator based on the area of application. The welded separator housing was selected as the main assembly unit of the model. Using Autodesk Inventor Professional, a strength analysis of the vibration separator was carried out to confirm its operational reliability. The study evaluated whether the designed structure can withstand the applied operational loads, and parametric optimization was performed to reduce the mass of the vibrating part of the separator while maintaining its structural strength. This approach enables engineers to tailor the separator design to various industrial applications and optimize material utilization without compromising durability.