ZSW Series Mining Vibrating Feeder

ZSW Mining Vibrating Feeder is a heavy-duty equipment used for continuous and uniform feeding of stone and ore in crushing plants. It features stable operation, anti-blocking design, high efficiency, and adjustable capacity. We provide customized feeding system design, full production line integration, and tailored mining solutions for different project requirements.

Processing Capacity:96–800 t/h
Feed Size:≤800 mm
Suitable Materials: Various types of crushed stone and gravel production….

What is Mining Vibrating Feeder?

A Mining Vibrating Feeder, also known as a Vibratory Feeder, Vibrating Grizzly Feeder (VGF), or Ore Feeding Machine, is a heavy-duty feeding device used to continuously and uniformly transfer bulk materials from hoppers, bins, or stockpiles to primary crushers, screens, and other downstream equipment. It is commonly installed at the front end of crushing and screening plants to handle run-of-mine (ROM) ore, aggregates, coal, and quarry materials while maintaining a stable material flow throughout the production process.

How Does a Vibrating Feeder Work?

A vibrating feeder uses a dual eccentric shaft exciter to generate a strong and stable vibration force, driving the feeder trough to move materials forward at a controlled rate. Compared with conventional vibration systems, the dual eccentric shaft design delivers higher excitation force and better impact resistance, making it suitable for heavy-duty mining and aggregate applications.

As material enters the feeder, the vibration causes it to move continuously toward the crusher. The feeder is equipped with specially designed grizzly bars that perform pre-screening during the feeding process. Fine material passes through the gaps between the bars and bypasses the primary crusher, while oversized material continues to the crushing chamber. This reduces unnecessary crushing load, prevents blockage, and improves the overall efficiency of the crushing and screening plant.

The process flow is as follows:

Specifications

The Mining Vibrating Feeders can be customized according to material characteristics, feed size, capacity requirements, and site conditions, the parameter table is provided below.

ModelMax Feeding Size (mm)Capacity (t/h)Motor Power (kW)
ZSW-380×95Ⅱ50096–16011
ZSW-420×110580120–24015
ZSW-490×96500120–24015
ZSW-490×110Ⅱ630120–28015
ZSW-590×110630150–35022
ZSW-600×130750400–56022
ZSW-600×150800460–57530
ZSW-600×180800600–80037
ZSW-600×200800600–80045

Applications

The Mining Vibrating Feeder is used in mining, quarrying, and aggregate processing plants. Installed before the primary crusher, it provides continuous feeding and removes fines through the grizzly section, helping the stone crushing line run more efficiently.

High Moisture and Fine Material Screening
Stone Crushing Plant
The feeder delivers material evenly to the jaw crusher, helping maintain a stable crushing process. Uniform feeding reduces crusher overload, minimizes blockages, and supports continuous production.
Mining Vibrating Feeder works for limestone quarry production line
Limestone Production Line
In limestone processing, the ZSW vibrating feeder transfers raw material from the hopper to crushing equipment.
Mining Vibrating Feeder supporting granite crushing quarry plant
Granite Quarry
ZSW vibrating feeder provides stable and continuous feeding for hard granite materials, ensuring smooth crusher operation in abrasive conditions.
Mining Vibrating Feeder used in iron ore beneficiation processing plant
Iron Ore Beneficiation Plant
The mining vibrating feeder is used to transport coarse ore to the crushing stage while removing impurities in iron ore processing.

How to Choose the Right Mining Vibrating Feeder?

Check the Feed Size
The feeder should handle the largest material size in your process. Larger feed sizes require a wider and stronger feeder design.
Determine the Required Capacity
Choose a model based on your target output (T/H). The feeder capacity should match the crusher and overall production line.
Consider Material Characteristics
Material type, bulk density, moisture content, and abrasiveness all affect feeder selection and wear resistance requirements.
Match the Crusher Size
The feeder width should be compatible with the crusher opening to ensure smooth material transfer and stable feeding.
Select the Right Grizzly Spacing
Grizzly bar spacing determines how much fine material is removed before crushing. Different applications require different spacing.
Review Site Conditions
Installation space, plant layout, and operating environment should be considered when selecting feeder dimensions and configuration.
Evaluate Wear Protection
For hard and abrasive materials, wear liners and heavy-duty components can help reduce maintenance and extend service life.
Consider Custom Requirements
Capacity, feed size, grizzly design, motor configuration, and structure can all be customized to fit specific project requirements.

The right vibrating feeder should match your material, capacity, crusher, and site conditions. Providing these details helps ensure accurate model selection and quotation.

Partner with Zhongyi for expert technical support, customized solutions, and reliable equipment tailored to your ore characteristics and production requirements.

Custom  Mining Vibrating Feeder

To receive an accurate quotation, please provide your project requirements through the inquiry form. Our engineers will recommend a suitable feeder model or custom solution based on your material characteristics, feed size, capacity, and plant layout.

Provide the Following Information:

Material Type (Ore, Granite, Limestone, Basalt, etc.)
Maximum Feed Size (mm)
Required Capacity (T/H)
Crusher Model or Feed Opening Size
Grizzly Bar Spacing Requirement (if applicable)
Power Supply (Voltage / Frequency)
Installation Type (Fixed or Mobile Plant)
Project Location

Mining Vibrating Feeder Manufacturer and Supplier

Zhongyi Mining is a manufacturer and supplier of heavy-duty mining vibrating feeders for crushing, screening, and mineral processing plants. The ZSW series vibrating feeder is designed for continuous and uniform feeding of bulk materials such as ore, rock, and aggregates into primary crushers. Engineered for tough working conditions, the feeder provides consistent feeding performance when handling large rock, ore, and aggregate materials.

In crushing and screening circuits, feeding stability directly affects crusher capacity and equipment wear. Zhongyi Mining provides complete feeding solutions based on material type, feed size, and plant capacity. We support equipment selection, layout design, installation guidance, and after-sales service, helping customers reduce crusher blockage, stabilize production flow, and improve overall plant efficiency.For large crushing and screening plants, the feeder can be integrated with downstream screening equipment to improve material classification efficiency and maintain stable production flow.

Contact us to get a suitable vibrating feeder solution for your project.

FAQs

1.What feed size can a mining vibrating feeder handle?

Feed size depends on the model. Standard ZSW vibrating feeders typically handle materials from 300 mm to 1,000 mm. Larger models are designed for primary crushing lines processing large quarry stone, granite, basalt, and mining ore.

2.What capacity range is available?

Capacity usually ranges from 80 T/H to 960 T/H, depending on feeder width, length, material type, and installation conditions. Custom configurations are available for higher-capacity aggregate and mining projects.

3. Why is a grizzly vibrating feeder used before a jaw crusher?

The grizzly section removes fines, soil, and small particles before they enter the crusher. This reduces unnecessary crushing, lowers wear on jaw plates, and helps maintain stable crusher throughput.

4. Can the feeder handle wet or sticky materials?

Yes. ZSW vibrating feeders are commonly used with materials containing moisture and clay. Proper bar spacing and vibration intensity help reduce material buildup and improve feeding performance under difficult conditions.

5. How do I choose the right vibrating feeder model?

Key factors include maximum feed size, required capacity, material characteristics, and crusher opening size. Matching the feeder to the crushing equipment helps maintain stable production and avoid bottlenecks.

6. What industries use mining vibrating feeders?

Mining vibrating feeders are widely used in quarries, aggregate plants, metal mines, limestone processing plants, granite crushing lines, and recycling facilities where continuous feeding is required before primary crushing.

7. What are the main wearing parts of a vibrating feeder?

The main wearing parts include grizzly bars, liners, springs, and vibration exciter components. Under normal operating conditions, routine inspection and maintenance help extend service life and reduce downtime.

8. Can a vibrating feeder be customized for specific projects?

Yes. Feeders can be customized based on material type, feed size, processing capacity, bar spacing, motor configuration, and plant layout. Custom designs are common for mining and large-scale aggregate production lines.

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