Tapioca Flour Direct Discharge Sifter is designed for rapid impurity removal in the tapioca flour production process. It effectively sieves out large particles, lumps, and insufficiently ground coarse particles from the raw materials, ensuring the purity of the raw materials in subsequent processing stages and improving the overall quality of the finished tapioca flour product. This equipment is suitable for the fine, easily agglomerated, and moderately fluid characteristics of cassava flour. It features a direct discharge design to prevent material buildup and residue inside the equipment. The screen diameter can be flexibly customized, with a maximum diameter of 1.8 meters. It meets the small-batch screening needs of small and medium-sized processing plants as well as the continuous processing requirements of large cassava flour production lines. Its flexible installation layout allows for direct integration into existing processing lines, and it supports non-standard customization, enabling customized production in conjunction with upstream and downstream equipment.
The Tapioca Flour Direct Discharge Sifter offers stable overall operation, adapting well to continuous processing schedules, reducing downtime for maintenance and minimizing the impact of production interruptions. The equipment ensures smooth material discharge through a straight up-down material flow path, preventing material stagnation and screen blockage. It maintains a consistently stable screening process, addressing the tendency of cassava flour to agglomerate. The machine body is made of materials that meet food processing requirements; the parts in contact with the material are clean and will not contaminate the cassava flour raw materials, complying with food processing hygiene standards. Meanwhile, the equipment has a low operating threshold, requiring no complicated debugging procedures, allowing staff to quickly learn and easily maintain it. It is adaptable to the usage habits of processing plants of different sizes, exhibiting outstanding overall adaptability and durability, and can stably serve the entire cassava flour processing process for a long time.
The Tapioca Flour Direct Discharge Sifter has a compact and simple overall structure. Its core components include a sieve box, sieve assembly, vibration drive device, discharge port, and base support. There are no unnecessary or complex components, facilitating daily cleaning and maintenance. The sieve box is a closed design to prevent dust leakage during sieving. The sieve assembly can be replaced with different mesh sizes as needed to adapt to cassava flour sieving operations with different fineness requirements. Disassembly and assembly are simple, and replacement is efficient. The vibration drive device is securely installed, ensuring even power transmission and consistent force on the sieve surface. The base support has strong load-bearing capacity, minimizing machine sway during operation and providing excellent stability.
The Tapioca Flour Direct Discharge Sifter utilizes a vibration drive to generate stable vibration force, which is evenly transmitted to the entire screen surface, creating a regular vibration trajectory. Tapioca flour raw material enters the screen surface evenly through the top inlet and slowly spreads under the vibration force. Fine, qualified tapioca flour particles pass smoothly through the screen mesh and are discharged directly from the bottom outlet; while larger particles and clumps are intercepted above the screen and discharged from the side outlet due to the screen slope and vibration thrust, thus separating qualified materials from impurities.
| Model | Power(kw) | RMP(r/min) | Sieve diameter(mm) | A | B | C |
| ZPS-600 | 0.18 | 1460(960) | 520 | 1070 | 600 | 502 |
| ZPS-800 | 0.25 | 720 | 1390 | 800 | 525 | |
| ZPS-1000 | 0.37 | 890 | 1566 | 970 | 543 | |
| ZPS-1200 | 0.55 | 1090 | 1875 | 1170 | 814 | |
| ZPS-1500 | 0.75 | 1390 | 2226 | 1470 | 875 |
Our factory offers two Tapioca Flour Direct Discharge Sifter models: single-motor and dual-motor, tailored to customer needs. Customers can choose the model that best suits their production requirements. Both models have their own advantages and can adapt to different screening scenarios.
Single-motor direct-discharge sieve: Utilizing a single vibrating motor as its power source, this sieve features a simplified structure, lighter weight, and easier installation and commissioning. It is suitable for small-batch, intermittent production in cassava flour workshops or small processing plants. This equipment has low energy consumption and economical operating costs, making it suitable for production scenarios with moderate capacity demands, limited workshop space, and relatively tight budgets.
Dual-motor direct-discharge sieve: Employing two symmetrically installed vibrating motors, the two motors work together to generate stronger and more uniform vibration, resulting in a more stable material trajectory on the screen surface and a wider screening coverage. It is suitable for the continuous, high-volume production needs of medium to large-scale cassava flour production lines. The dual-motor configuration increases material processing speed. The large-diameter model with dual motors fully leverages the capacity advantage of the large screen surface, maintaining stability even under prolonged high-load operation and minimizing the risk of power shortages.
The Tapioca Flour Direct Discharge Sifter has a wide range of applications, directly connecting to upstream and downstream equipment throughout the entire cassava flour processing process. It is primarily used in conjunction with cassava grinders, crushers, conveyors, feeding stations, packaging machines, and raw material storage silos to form a complete processing production line. After grinding, the raw materials are directly conveyed to the direct discharge sieve for impurity removal. The qualified cassava flour is then directly transported to the packaging machine or storage silo, achieving integrated assembly line operation. In addition to core cassava flour processing, it can also be used for screening and removing impurities from similar powdery materials such as sweet potato starch, potato starch, and corn starch. It can also be used for fine screening of other fine powders in the food processing industry, demonstrating its strong versatility.
A cassava starch processing plant in Singapore selected a 1000mm diameter direct discharge sieve. The parts of the equipment in contact with the material are made of 304 stainless steel, paired with an 80-mesh screen for fine impurity removal and grading of cassava flour. The equipment operates stably, with a single unit processing capacity of 6 tons/hour. It effectively removes fibers, lumps, and fine impurities from raw materials, increasing the screening purity to over 99%. The direct discharge design prevents screen clogging and material sticking, making it suitable for continuous production lines and reducing manual screening costs. Customer feedback indicates that both capacity and finished product quality meet cassava starch production standards, and it has been running stably for 12 months without any problems.
The Tapioca Flour Direct Discharge Sifter manufactured by DaHan Vibration Machinery is priced between $760.00 and $3,090.00. A detailed quote requires a one-on-one calculation based on the specific model selected by the customer, screen diameter specifications, motor configuration type, screen mesh count, and customization requirements. For example, models with large diameters, dual motors, and food-grade thickened materials will be priced higher; while models with small diameters and basic single motor configurations will be priced more affordably. Customers can choose the appropriate configuration based on their production capacity needs, budget, and processing standards. We will provide a transparent and detailed customized quote based on the final determined parameters to avoid unnecessary costs.
The Tapioca Flour Direct Discharge Sifter is available in a full range of specifications, has a reasonable structure, and operates stably. It can adapt to different scale processing scenarios, connect to multiple upstream and downstream equipment, and balance practicality and versatility. Customized configurations are available to effectively solve the screening pain points in tapioca flour processing, helping companies improve raw material quality.
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