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FZH High-Efficiency Electromagnetic Vibratory Feeder

The FZH series high-efficiency electromagnetic vibrating feeder features a modular structural design. Its drive‑core components are reinforced through a specialized protective process, and the entire unit is fully enclosed, achieving an IP55 protection rating. It can operate reliably in ambient temperatures ranging from –20°C to 40°C, with custom versions available to meet specific requirements. After extensive testing across diverse industries and with thousands of material types, the FZH series has undergone continuous optimization of its design, resulting in a more compact structure and a conveying capacity that spans from 10 t/h to 1,000 t/h (based on sand with a density of 1.6 t/m³, particle size of 1–10 mm, moisture content of 8%, and cubic‑shaped particles). Compared with conventional feeders, this model achieves a 50% reduction in overall weight and a 40% decrease in energy consumption, while delivering significantly smoother conveying and reducing no‑load operating noise to below 70 dB at 1 meter—a breakthrough improvement. It also meets stringent operational demands in various environments, while simplifying installation, commissioning, and maintenance.

FDM Integrated Centrifugal Drive

Integrated centrifugal design: hassle-free, effortless, high‑performance and highly efficient. One drive unit replaces two motors. Installation steps are cut in half, space requirements are significantly reduced, and operation is more stable. Self‑synchronization accuracy is higher, power‑off shutdown time is 80% faster, and bearing life is greatly extended.

FZL Light-duty Electromagnetic Vibratory Feeder

The FZL lightweight electromagnetic vibrating feeder is a state-of-the-art electromagnetic drive unit that combines high precision, robust protection, and easy maintenance. Featuring a modular design, it seamlessly integrates innovative electromagnetic drive technology with highly resilient specialized leaf springs, delivering precise linear control and stable material conveyance. Its core drive components are reinforced through specialized manufacturing processes, and the entire unit achieves an IP65 protection rating, enabling reliable operation across a wide temperature range of –20°C to 40°C, with no‑load noise levels below 70 dB at 1 meter. Backed by empirical testing on over a thousand types of materials, the FZL offers continuously adjustable conveying capacities ranging from 0.2 to 40 t/h (based on granular materials with a bulk density of 1.6 t/m³), making it suitable for a broad spectrum of applications involving powders, granules, and other material forms. Through structural optimization, the equipment significantly reduces its footprint while enhancing ease of installation, commissioning, and maintenance, thus flexibly meeting the demands of even the most challenging industrial environments. Additionally, we can provide customized versions tailored to your specific requirements, further expanding its range of applications.

FZW Miniature Electromagnetic Vibratory Feeder

The FZW vibrator is a miniature electromagnetic actuator that combines excellent control linearity with the high‑recovery resilience of a specialized leaf spring, enabling highly precise weighing and conveying.

FDR dual-mass motor vibrating feeder

For materials that require flexibility, high elasticity, or high-speed transportation, it has an ultra-large amplitude and ultra-large lifting capacity, meeting the requirements for large transportation. It also solves the problem of materials that easily entangle, suitable for transporting traditional Chinese medicine, tea leaves, tobacco leaves, large chili peppers, green beans, coal, ores, etc.

FZPL Large-Amplitude Electromagnetic Vibratory Feeder

For applications involving ultrafine powders, sticky or moist materials, or high‑speed conveying needs, this equipment delivers exceptionally large vibration amplitudes and outstanding material‑ejection capabilities, meeting demanding throughput requirements while effectively addressing the challenge of materials that tend to adhere to the walls. It is also well suited for long‑distance conveying and precise metering tasks.
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