Our low-energy consumption cooking system is designed with a large storage capacity, significantly enhancing gelatinization time. Equipped with an efficient steam addition system, it improves steam absorption efficiency, ensuring consistent gelatinization results. With steam consumption as low as 10%-15%, it delivers energy-efficient performance while maintaining high-quality output.

The system is equipped with an impeller feeder and a frequency inverter, allowing it to adapt to various working conditions. Additionally, the feeder includes an arch-breaking mechanism, ensuring smooth and uniform material flow for consistent processing efficiency.

The high-strength base provides exceptional stability for the equipment, ensuring reliable operation. An optimized transmission system enhances both efficiency and durability, while the hydraulic system precisely controls the extrusion force to maintain consistent flake quality. Additionally, the mechanical protection system responds quickly to protect the equipment from damage caused by foreign objects, further safeguarding operational integrity.

The system features a unique roller gap adjustment mechanism with fine-tuning capabilities, allowing real-time adjustments to flake thickness during operation. The feeding system is equipped with electronically controlled variable frequency adjustment, providing high precision while reducing operational complexity and labor intensity for improved overall efficiency.

The synchronous belt transmission system is designed to be maintenance-free, offering high reliability and reducing maintenance requirements. An automatic tensioning system ensures the belt operates in optimal condition, effectively extending its service life. Additionally, the rollers are made of composite high nickel-chromium-molybdenum infinitely chilled cast iron, providing both high reliability and low maintenance costs.