Electromagnetic vibrating feeder

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• Core Advantages of Electromagnetic Vibrating Feeders​

  Using electromagnetic vibration and spring-supported technology, the Electromagnetic Vibrating Feeder is a leading equipment for continuous material conveying. Its unique advantages over traditional mechanical feeders and screw conveyors include:​

  • Strong Material Adaptability: It can convey a wide range of materials with particle sizes of 0-50mm, including metal ores, non-metallic minerals, and industrial raw materials.​
  • Adjustable Feeding Capacity: The feeding rate can be adjusted from 0.5 to 50 t/h, meeting the needs of various production lines.​
  • Energy Saving: Compared with traditional mechanical feeders, it saves 20%-30% energy and has lower operating power consumption.​
  • Stability and Reliability: Its electromagnetic drive design reduces mechanical wear and extends service life.​
  But please note! The Electromagnetic Vibrating Feeder is not a universal feeder. Certain special materials (such as high-viscosity and high-temperature materials) require additional equipment modification.​

• Core Structure of the Electromagnetic Vibrating Feeder​

  The core structure of the Electromagnetic Vibrating Feeder can be divided into four major modules: the drive system, the feeding trough, the spring system, and the control system. These systems work together to ensure an efficient and stable material conveying process.​

  • Drive System: An electromagnetic vibrator with adjustable amplitude, ensuring stable vibration, with core components boasting a service life of over 10,000 hours.​
  • Feeding Trough: A wear-resistant plate design, which can evenly convey materials with a feeding accuracy error of less than 2%.​
  • Spring System: A multi-group leaf spring structure, which enhances vibration efficiency and reduces noise below 75 dB.​
  • Control System: Thyristor voltage regulation control, with a feeding speed adjustment accuracy rate of up to 98%.​
  This structural design enables the Electromagnetic Vibrating Feeder to save over 25% energy compared to traditional feeders, while maintaining a feeding stability error of less than 2%.