With its durable construction

and energy-efficient operation, the vibrating screen ensures consistent pulp quality, protects downstream machinery, and enhances the overall productivity of the paper production line.

Applications
Coarse pulp screening in waste paper recycling and virgin pulp processing

Removal of film, plastic, staples, and metallic particles

Suitable for use before fine screening or cleaning systems

Ideal for tissue paper, kraft paper, board, and printing paper production

Key Features and Benefits
Strong Screening Capability
Equipped with a powerful vibratory system, the vibrating screen can handle high-volume pulp flows while efficiently separating out large impurities. This helps maintain a clean pulp stream and improves downstream equipment performance.

Self-Cleaning Design
The screen includes a self-cleaning mechanism that prevents material buildup and blockage, ensuring continuous, smooth operation and reducing maintenance downtime.

Energy-Efficient and Low Noise
Built with energy-saving motors and low-noise components, the vibrating screen contributes to a quieter and more sustainable working environment while reducing operational costs.

User-Friendly Operation
Its compact and ergonomic design makes it easy to install, operate, and maintain. Minimal training is required for operators, and maintenance tasks can be completed quickly.

Advantages at a Glance
High-efficiency screening of coarse impurities

Helps protect downstream refining, cleaning, and screening equipment

Reduces fiber loss by retaining usable pulp

Durable structure with low wear and long service life

Low energy consumption and operational noise

Simple installation, operation, and maintenance

Conclusion
The Vibrating Screen is a robust and reliable solution for primary pulp screening in modern paper production. Its efficient design, self-cleaning capabilities, and low operating cost make it a valuable addition to any stock preparation line. By removing contaminants early in the process, it supports higher pulp purity, improved machine efficiency, and a better-quality end product.