Features of the Fully Automated Sweet Potato / Potato / Cassava Starch Production Line Equipment

April 29, 2026

I. General Shared Features

Fully Automated Starch Production Line Equipment

The entire process—including cleaning, conveying, crushing, screening, desanding, concentration and refining, dewatering, drying, cooling, and packaging—requires only minimal manual supervision and inspection, ensuring labor efficiency, stability, and continuous production. High Extraction Rate: By combining rasping and crushing with multi-stage screening and hydrocyclone stations, the starch extraction rate can reach 92%–98%.

Superior Starch Quality: Characterized by high whiteness, low ash content, and uniform fineness; free from sand, fibers, and protein impurities; and fully compliant with standards for both food-grade and industrial starch.

Water-Saving and Eco-Friendly: Features water recycling capabilities that reduce water consumption by 30%–50%. Solids-liquid separation allows waste residue to be repurposed as animal feed or organic fertilizer, while wastewater discharge volume is minimized and easily treated.

Multi-Purpose / High Compatibility:
Most equipment components are interchangeable, allowing for the production of starch from sweet potatoes, potatoes, or cassava with only minor adjustments to process parameters.

Continuous Operation & High Capacity:
Available in capacities ranging from small-scale (1 ton/day) to large-scale (50 tons/hour), capable of operating continuously for 24 hours a day.

Intelligent Control System: Features a PLC combined with a touchscreen interface, offering adjustable parameters, fault alarms, data logging, and simple, user-friendly operation.

The fully automated root-crop starch line boasts a high extraction rate, superior whiteness, full automation, continuous operation, water efficiency, and eco-friendliness. It is versatile enough to process multiple raw materials, with specific optimizations applied to the crushing, impurity removal, and color preservation/detoxification stages to suit the unique characteristics of different root crops.