A Single-Screw Aquafeed Extruder from FAMSUN for More Efficient Aquaculture
Thanks to its innovative feed manufacturing processes, FAMSUN has become a household name in the dynamic aquaculture business. Among their revolutionary products, the Single-Screw Aquafeed Extruder stands out for its ability to efficiently generate high-quality aquafeeds.

Optimized Extrusion Technologies
By employing uniform and efficient conditioning technology, screw configuration techniques, and CFD simulation, FAMSUN has optimized the discharge device and die hole distribution of its Single-Screw Aquafeed Extruder. This meticulous approach results in highly uniform extruded pellets, boasting an expansion coefficient variance of ≤0.1 and a gelatinization degree above 95%. Such precision in pellet production enhances the nutritional quality of the feed, ultimately benefiting aquatic species.
Advanced Automation for Enhanced Production
The Single-Screw Aquafeed Extruder from FAMSUN is equipped with modular intelligent control systems that facilitate independent monitoring of key parameters. The high degree of automation includes standardized modules such as automatic system feeding, one-click preheating, one-click conditioning, and one-click startup for the double screw extruder and auxiliary devices. Additionally, it offers automatic control of mechanical energy, one-click shutdown, and one-click extruder cleaning. These features significantly increase automation, thereby decreasing the need for manual labor, allowing manufacturers to focus on productivity and quality.
Conclusion
FAMSUN’s Single-Screw Aquafeed Extruder exemplifies the future of aquafeed production, combining advanced technology with high efficiency. With its optimized extrusion processes and robust automation features, it provides a competitive edge in the aquaculture market. For those considering enhancing their production capabilities, investing in FAMSUN’s innovative solutions, including their renowned double screw extruder, promises significant returns in both quality and operational efficiency.