The Type E vibratory drives are high-performance drive units composed of unbalanced force exciters with synchronization gears, driven by a standard stationary electric motor through a cardan shaft.

Designed with high dimensional accuracy, the Type E drives operate with a reduced oil volume, in which the movement of the gears generates a fine oil mist, ensuring continuous and reliable lubrication of all rotating components. This design concept provides high durability, low maintenance requirements, and excellent operational reliability, even under severe and continuous operating conditions.

Type E vibratory drives can operate individually or in paired configurations, with two units interconnected by intermediate drive shafts, ensuring perfect synchronization between the exciters and uniform distribution of vibratory forces throughout the equipment structure.

Due to their robust construction, high vibratory force output, and precise synchronization, Type E vibratory drives are widely used as drive systems for industrial equipment that require continuous operation, high reliability, and consistent performance.

Main Applications

• Screening of bulk materials in various industrial processes;
• Vibratory feeding of bulk solids;
• Vibratory conveying of heavy and abrasive materials;
• Compaction processes;
• Continuous industrial processes requiring high vibratory forces and precise drive synchronization.