The N-SC Nova Pellet screw conveyor represents excellence in material handling system engineering, thanks to an optimized design that reflects our vast experience and the adoption of specific solutions, carefully studied to ensure superior performance.
This model is characterized by a trough or channel structure with a special section, designed to maximize efficiency and durability in material transport. Made with high-quality plates and materials such as carbon steel, galvanized steel, or stainless steel, the N-SC Nova Pellet is built to withstand the harshest operating conditions. The augers, available in carbon steel or Hardox, are engineered with specific thicknesses to optimize transport capacity and ensure long-lasting performance even in high-wear applications.
The N-SC MINI variant has been developed for the transport of small to medium quantities of materials, offering versatility in handling different types and sizes of particles. This compact model combines the reliability and robustness typical of our auger conveyors with a design that facilitates integration into smaller plants without compromising transport quality.
The N-SC MINI stands out for its efficiency and precision in conveying delicate or abrasive materials, making it the ideal solution for those seeking a balance between high performance and optimized space management.
The design of the N-SC screw conveyor is highly customizable, allowing it to be perfectly adapted to the specific requirements of the customer. Thanks to its versatile design, the N-SC can be configured to transport a wide range of materials, including wet or dry shavings, fine wet or dry chips, sawdust, and biomass.
Each N-SC is designed with the specific production needs in mind, offering customization options that include material choice, auger configuration, trough or channel section, and integration with other handling systems. This approach ensures that each conveyor is optimized for the customer’s operating conditions, providing superior performance and long-term durability.