Vibrating feeder for sorting system

Efficiently manage waste streams with a vibrating feeder that optimizes material flow for seamless integration into high-speed processing and separation lines.

The Lubo Vibrating Feeder from Bollegraaf is engineered to seamlessly integrate into waste management and recycling facilities, offering precise feeding and separation across various waste streams. Its adjustable vibratory speed ensures heavier materials advance smoothly while lighter ones remain controlled, enhancing sorting accuracy. Designed for applications in municipal solid waste, construction and demolition debris, and recyclable materials, it aids in producing high-quality end-products such as recycled PET flakes, HDPE pellets, and steel scrap bales.

Capable of continuous, high-speed operation, this feeder optimizes throughput while maintaining material consistency. Its robust construction ensures durability in demanding environments, and it supports easy integration into existing processing lines. The Lubo Vibrating Feeder offers exceptional energy efficiency by regulating motor vibrations, thereby reducing operational costs. Available customization options and engineering support allow for precise configuration to meet specific processing needs, making it an invaluable asset in achieving sustainable waste processing goals.

Benefits

  • Enhances sorting efficiency by accurately managing material flow based on weight.
  • Increases processing speed, ensuring high throughput despite variable waste compositions.
  • Reduces operational costs through energy-efficient vibratory motor control.
  • Offers seamless integration, minimizing setup time and disruption in existing lines.
  • Supports a wide range of waste types, promoting versatile recycling capabilities.

General


Applications
Construction and demolition waste,Paper and cardboard waste,Single stream waste,Plastic waste,Municipal solid waste
End products
Recycled hdpe pellets,Recycled aggregates,Cardboard material bales,Concrete fill material,Rdf (refuse-derived fuel) briquettes,Recycled paper pulp,Recycled pet flakes,Wood chips for landscaping,Aluminum scrap bales,Steel scrap bales,Glass cullet for bottle manufacturing
Steps before
Collection,Sorting,Pre-screening
Steps after
Screening,Ballistic separation,Density separation
Input ingredients
plastic waste,paper waste,cardboard waste,single stream waste,municipal solid waste (MSW),construction waste,demolition waste
Output ingredients
sorted materials,separated materials
Market info
Bollegraaf is known for manufacturing advanced recycling equipment and systems. With a strong reputation for innovation and quality, they specialize in engineered-to-order solutions, optimizing waste processing efficiency and sustainability for diverse industries globally.

Technical Specifications


Transport Speed
Variable
Vibrating Frequency
Adjustable
Material Separation
Light vs. Heavy

Operating Characteristics


Working mechanism
Vibrating motion
Transport speed control
Adjustable via frequency
Material flow
Variable forward movement
Batch vs. continuous operation
Continuous
Automation level
Manual / PLC

Material Compatibility


Density/particle size
0.5–2.5 g/cm³ / 50–1000 µm

Physical Characteristics


Discharge method
Vibrating gutter

Custom Options


Vibrating frequency adjustment
Variable frequency control
Transport speed adjustment
Variable speed control