Four-Cylinder Rod-Type Vibration Mechanism

This Four-Cylinder Rod-Type Vibration Mechanism is independently developed by Yuexin Machinery, utilizing "hydraulic servo-coordinated vibration technology." Four symmetrically positioned hydraulic cylinders, combined with electro-hydraulic servo synchronous control, enable precise output of high-frequency, large-amplitude vibrations, achieving linear, elliptical, and other complex trajectories.

Its performance parameters are reliable, with a rated excitation force ranging from 300kN to 1200kN, an adjustable vibration frequency from 5 to 50Hz, and a precise controllable maximum amplitude from 2 to 10mm. Compared to traditional mechanical vibration mechanisms, it saves 20% on electricity, achieves amplitude control accuracy to ±0.1mm, and operates at less than 85dB noise. Furthermore, it is a preferred core component for upgrading large-scale vibration equipment in mining, building materials, and environmental protection industries.

Product Parameter (Specification)

Product Feature And Application

The Four-Cylinder Rod-Type Vibration Mechanism offers significant advantages: extremely high synchronization accuracy, with errors controlled within 0.05mm, ensuring the vibration trajectory remains on track; ample power, with all four cylinders working together, a start-up time of less than 2 seconds, and continuous, stable excitation force even under heavy loads; ease of operation, with frequency and amplitude parameters set via touchscreen or remote PLC, and the ability to store multiple operating conditions, adapting to different materials without mechanical adjustments, increasing operational efficiency by 70%; and exceptional durability, with guide rods made of 20CrNiMo alloy steel, specially treated for high surface hardness, and hydraulic cylinders equipped with imported seals, allowing for continuous operation exceeding 15,000 hours.

The Four-Cylinder Rod-Type Vibration Mechanism now has a wide range of applications. It can be used in large vibrating screens, vibrating feeders, vibrating dewatering screens, and vibrating sand removal machines, especially in scenarios with large platforms, heavy loads, and high-precision vibration requirements, where it can provide stable power. Parameters can also be customized according to specific customer needs.