Vibration Feeder for Nonwoven Production
The ZHOU JI Vibration Feeder forms a uniform fiber layer with controlled density before downstream web processing. Variable-frequency control regulates the input conveyor and inclined spike lattice, while the vibrating plate helps stabilize fiber distribution before discharge through the output rollers and conveyor.
Vibration Feeder Overview
Uniform Fiber Layer
Vibration helps form a more even fiber layer with controlled density.
Controlled Feeding
Variable-frequency control regulates fiber input through the feed conveyor and spike lattice.
Stable Output
Output rollers and conveyor transfer the prepared fiber layer to the following process.
Key Features
Adjustable Fiber Storage
The stored fiber quantity can be adjusted according to process requirements.
Quantitative Vibration Output
The vibration section supports controlled and consistent fiber discharge.
Exhaust Design
The machine uses a dedicated exhaust arrangement to manage air during fiber feeding.
Optional Air-Handling Configurations
Optional arrangements include an exhaust cage, roller-clamping type, condenser and cyclone cage.
Enclosed Structure
A fully enclosed design with felt sealing on the transmission side helps reduce fiber leakage.
Suitable Fibers & Applications
The feeder can be used with fibers prepared for needle punched nonwoven production.
Suitable Fibers
- Final configuration should follow the upstream opening/blending process and the requirements of the downstream web-forming equipment.
Typical Applications
- Geotextile production
- Automotive interior nonwovens
- Filter felt
- Needle punched carpet
- Other needle punched nonwovens
Vibration Feeder Production Process
The highlighted stage shows where the Vibration Feeder is used within the nonwoven production process. The exact upstream and downstream equipment depends on the finished product and line configuration.
Opened and blended fibers are metered by the input conveyor and inclined spike lattice. Under the action of the vibrating plate, the fibers form a more uniform layer before the output rollers and conveyor transfer the material to the next process.
Technical Specifications
Specifications are based on the supplied product document. Final machine configuration should be confirmed according to the production process and product requirements.
Vibration Feeder vs. Pneumatic Fiber/Cotton Feeder
The two machines perform different functions within nonwoven production. The comparison below shows their main process differences.
Used in Complete Nonwoven Production Lines
Why Choose ZHOU JI Vibration Feeder?
Controlled Fiber Distribution
Vibration helps stabilize the fiber layer before downstream processing.
Adjustable Feeding
Variable-frequency control supports different production requirements.
Flexible Air-Handling Options
Several exhaust and condenser arrangements are available.
Enclosed Construction
The closed structure helps contain fibers around the feeding section.
Vibration Feeder FAQs
It is a fiber feeding machine that uses controlled feeding and vibration to form a uniform fiber layer before the next process.
Fiber input is controlled by variable-frequency drives, and a vibrating plate helps form a uniform layer before output rollers discharge it.
The specified capacity is up to 800 kg/h.
2500 mm, 3000 mm and 3750 mm.
The source document lists an exhaust cage, roller-clamping type, condenser and cyclone cage as optional configurations.
Send your fiber requirements and receive a practical machine proposal.
Share your fiber type, required working width and target capacity. ZHOU JI will review the process route and equipment configuration with you.