NLS Series Linear Vibrating Screen: Comprehensive Upgrade, Leading a New Screening Experience

In the field of industrial screening, improving efficiency and precision has always been the core focus of technological evolution. Navector, as a professional enterprise deeply engaged in globalized screening technology, has achieved a significant breakthrough in screening processes through the development of the NLS series linear vibrating screen.

I.Precise Separation: Meeting Multi-Scenario Needs for Dry Granules and Slurry Materials

The NLS series has undergone deep optimization and upgrading of the traditional linear screen, particularly with innovative handling of material motion trajectories. By redesigning the vibration reduction system, it no longer relies on ordinary springs but instead adopts a new structure that both absorbs vibration and transmits excitation force. This allows materials to not only follow a parabolic trajectory but also generate planar circular motion, maximizing contact with the screen surface and screening opportunities, thereby achieving efficient separation of dry granules and slurry materials.
Under this power mode, the trajectory of materials on the screen mesh is closer to the mesh and more sustained, resulting in more precise screening. At the same time, the throughput is greatly increased, achieving both high efficiency and high quality.

II.Core Upgrades: Dual Breakthroughs in Low Energy Consumption, High Output, and Easy Maintenance

• Low energy, high output

The NLS series achieves a comprehensive optimization of the traditional linear screen—not only with a simplified structure but also with significantly reduced energy consumption, while improving material throughput efficiency, enabling high-capacity output.

• Innovative vibration reduction for improved screening efficiency

The new vibration reduction system eliminates the traditional spring structure. It not only provides vibration damping but also precisely transmits excitation force. Materials on the screen surface follow a parabolic plus planar circular motion, significantly improving both throughput and screening accuracy.

• Simple structure, easy maintenance

The modular structural design simplifies equipment disassembly and assembly, making screen tensioning easier and extending screen life. The supporting cleaning mechanism effectively reduces maintenance difficulty and downtime.

III. Environmentally Adapted: Fully Enclosed Design with Seamless Production Line Integration

• Fully enclosed structure, eliminating dust leakage

The NLS series linear vibrating screen adopts a completely enclosed structure, effectively preventing dust from escaping into the working environment. This enclosed design not only improves workshop cleanliness but also complies with modern environmental protection and occupational health and safety standards, ensuring safe production and operation environments.

• Automatic discharge system supporting production rhythm

The built-in automatic discharge function allows seamless integration with production lines, enabling continuous operation. Material output and transfer to the next process are completed without manual intervention, ensuring stable and efficient production rhythm.

• Production line synergy, enhancing overall efficiency

This design concept ensures “soft connection” between the equipment and automated production lines, increasing automation and operational efficiency. It is an ideal supporting device for modern intelligent factories.

Every optimization of the Navector linear screen stems from precisely addressing the pain points of traditional equipment—transforming from “handling only single materials” to “covering dry granules and slurry,” from “high consumption and low output” to “energy-saving and high-yield,” from “complex maintenance” to “simple and easy maintenance,” from “dust pollution” to “fully enclosed and environmentally friendly,” and from “difficult production line integration” to “automatic collaborative production.” It fully meets enterprise needs in aspects such as separation precision, cost control, maintenance efficiency, environmental compliance, and automation adaptation.