In the food processing industry, maintaining product purity and meeting strict hygiene standards are non-negotiable—especially when working with sensitive ingredients like cassava starch. To achieve this level of quality and efficiency, ultrasonic vibrating screens have emerged as a powerful solution.
Cassava starch, widely used in food and industrial applications, must be thoroughly screened to remove impurities and unwanted particles before it can be safely used in production. The primary goal of the screening process is to ensure that the final material meets food-grade safety standards, delivering clean, consistent quality to end users.
The ultrasonic vibrating screen is uniquely suited for this task. Unlike traditional screening equipment, it leverages high-frequency ultrasonic waves to vibrate the screen surface, enabling significantly more precise and efficient screening. In fact, the screening accuracy can be improved by over 80%, making it an ideal tool for fine and light powders like cassava starch.
One of the most prominent advantages of this equipment is its ability to prevent mesh clogging, a common issue when dealing with fine or sticky materials. Thanks to the continuous ultrasonic vibrations, the screen stays clean and functional, ensuring uninterrupted operation and reducing the need for frequent maintenance or downtime.
In terms of performance, the ultrasonic vibrating screen offers a screening capacity ranging from 800 to 2000 kg per hour, depending on the mesh size and material characteristics. This makes it a highly productive solution for businesses looking to scale up without compromising quality.
Beyond cassava starch, the machine’s versatility makes it suitable for use in multiple industries, including the food, pharmaceutical, and chemical sectors. Its hygienic design, ease of cleaning, and compliance with safety regulations make it a trusted choice across industries where purity and reliability are key.
What our customers say
This ultrasonic vibrating screen is efficient and stable in the screening process, does not clog the screen, and removes impurities cleanly, meeting our food-grade production requirements.
