Starch Processing Solutions
SiccaDania develops and delivers advanced, high-performance starch processing solutions for the starch and protein industry across the Americas, from individual machines to complete turnkey facilities.
From Standalone Equipment to Complete Turnkey Plants
Working closely with a carefully selected network of partners, SiccaDania provides fully integrated processing systems that enable customers to efficiently extract starch and valuable by-products from a wide range of crops, including potatoes, cassava, corn, wheat, and peas.
Our solutions are designed to deliver maximum purity, efficiency, and sustainability—helping processors remain competitive in evolving North and South American markets.
We proudly serve a diverse customer base, from global industry leaders to innovative regional producers. Whether the need is a single machine or a full production line, SiccaDania is recognized for delivering reliable, high-quality solutions that drive performance.
As a trusted technology provider, we combine engineering expertise with practical industry knowledge to deliver everything from individual processing units to fully integrated, state-of-the-art starch production plants.
A Trusted Partner Across the Americas and Beyond
SiccaDania designs, manufactures, and supplies equipment for starch processing operations worldwide, with growing support for customers throughout the Americas.
Our comprehensive technology portfolio enables producers to achieve high-quality starch output with optimal efficiency. We offer complete process solutions covering native starch production, starch derivatives, and downstream processing.
Our systems support a wide variety of raw materials, including:
Potato - Cassava - Corn
Wheat - Pea - Rice - Sago
We are committed to helping customers move toward zero-waste production and full resource utilization. This approach not only supports sustainability goals but also improves operational efficiency, profitability, and long-term growth.
Raspers
SiccaDania raspers are engineered for efficient starch and protein extraction. By breaking open raw material cells, they release starch granules and proteins for downstream processing.
Centrifugal Sieves
Our centrifugal sieves maximize starch recovery while reducing water usage and minimizing downtime, contributing to a more efficient and reliable process.
Flash Dryers
Our flash dryers enable rapid and efficient drying of starch, fibers, and plant-based proteins, helping maintain product quality while optimizing throughput.
Explore Our Starch Processing Technologies
De-Sanding Cyclones
Sand and abrasive particles can quickly impact equipment performance. Our de-sanding cyclones effectively remove these contaminants, protecting downstream equipment and ensuring stable operation.
Sanitary Multi Hydrocyclones
When hygiene and product purity are critical, our sanitary hydrocyclones provide a fully hygienic solution that protects both the process and the final starch quality.
Ring Dryers
Ideal for extended drying applications, ring dryers are well-suited for starch, fibers, and protein products such as gluten, ensuring consistent and controlled drying performance.
Multi Hydrocyclones
Designed for both concentration and washing of starch, these systems deliver high efficiency while minimizing freshwater consumption—an essential advantage for modern processing facilities.
FPF Vacuum Filters
Specifically developed for starch dewatering, SiccaDania vacuum filters are designed to meet modern requirements for energy efficiency, uptime, and operational reliability.
Zeta Dryers
For high-viscosity materials, the Zeta Dryer offers a specialized solution. It is designed to handle proteins, fibers, and paste-like products commonly found in starch and chemical processing.
Engineered for Performance, Efficiency, and Sustainability
Every SiccaDania system is designed with a focus on reliability, efficiency, and environmental responsibility. Whether upgrading an existing facility or building a new plant, our solutions help processors across the Americas:
Improve starch yield and product quality
Reduce water and energy consumption
Minimize downtime and maintenance
Support sustainable, zero-waste production goals