Desktop electromagnetic vibrating sieve shaker is a device that uses electromagnetic vibration force to screen and classify materials. It uses the vibration force generated by the electromagnetic vibrator to vibrate the material on the screen, thereby achieving separation and classification of the material. Desktop electromagnetic vibrating sieve shaker usually consists of screen box, electromagnetic vibrator, screen, vibration reduction device and feed port.
The working principle of desktop electromagnetic vibrating sieve shaker is based on the action of electromagnetic vibration force. The material enters the screen box through the feed port, and the electromagnetic vibrator in the screen box generates electromagnetic vibration force, causing the screen box to vibrate horizontally or tiltedly. Under the action of electromagnetic vibration, the material passes through the aperture of the screen. The larger particles will be screened out, while the smaller particles will pass through the screen to achieve the purpose of separation and classification.
Screen box: The screen box is usually made of welded steel plates. It has high strength and rigidity and can withstand large vibration forces and material impact.
Electromagnetic vibrator: The electromagnetic vibrator generates electromagnetic vibration force through current excitation coil, causing the screen box to vibrate horizontally or tiltedly, prompting the material to move on the screen surface.
Screen mesh: Screen mesh is usually made of wire mesh or polymer screen plate, with different apertures and mesh shapes to adapt to the screening requirements of different materials.
Vibration reduction device: Desktop electromagnetic vibrating sieve shaker is usually equipped with a vibration reduction device to reduce the transmission of vibration to the support structure and reduce the impact of noise and vibration on the environment and operators.
Feed port: The feed port is usually designed reasonably to ensure that materials can enter the screen box evenly and achieve effective screening results.
Chemical industry: used for screening and classifying chemical raw materials, such as granular chemical raw materials, resin, rubber, etc.
Food industry: used for screening and classifying food raw materials, such as powdered food additives, cereals, powdered sugar, etc.
Pharmaceutical industry: used for screening and grading pharmaceutical raw materials, such as pharmaceutical powders, pills, etc.
Efficient screening: Through the action of electromagnetic vibration force, materials can be screened quickly and effectively to improve screening efficiency.
Precise classification: Its screen aperture can be selected as needed to achieve precise classification effects and meet different particle size requirements.
Reliable and stable: The structure is solid, the electromagnetic vibration force is uniform, the operation is stable and reliable, and it can work continuously for a long time and reduce downtime.
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