Explore our primary array of high-capacity cleaning, milling, and analytical machinery engineered to optimize industrial food value chains.
Henan Jiujie Machine Co., Ltd. stands as a premier supplier of integrated seed processing installations, mill configurations, and turn-key grain cleaning projects. Catering to diverse sectors including wheat flour mills, livestock feed processing plants, and dedicated rice mills, we bridge the gap between crop harvest and optimal consumer-ready quality.
We pride ourselves on manufacturing robust material conveying machinery, advanced air-screen separators, heavy-duty destoners, and smart optical sorting platforms. Over decades of refinement, we have supported processing projects in major agricultural regions across East Asia, South Asia, Africa, and Eastern Europe.
Zero water discharge, reducing regulatory compliance costs and preserving eco-stability.
Ensuring ultra-precise tolerances on sieve boxes, cyclones, and roller mills.
Full CE certification and ISO9001 quality management architecture verified.
The global demand for high-quality grains is driving structural changes in harvest cleaning systems. The agricultural supply chain requires cleaner raw grains to protect advanced processing machinery downstream. Foreign material, minor stones, and moldy grains drastically affect processing outputs and compromise processing lines.
In modern seed processing, gravity separation, multi-tier sieve systems, and automated density segregation have evolved from optional upgrades to mandatory baseline systems. By using pneumatic distribution combined with reciprocating screen movements, modern processing plants achieve over 99% purity rates on first-pass operations.
Furthermore, regional food regulations across target jurisdictions require strict control of dust emissions and water pollutants. Consequently, standard wet cleaning has been replaced by dry, air-recirculation technology that captures particulate matter without creating liquid waste.
Impurity Separation Rate
Countries Exported To
Waterless Eco-Processes
Engineering & Remote Support
An authoritative look at engineering solutions that stabilize food supply chains and optimize high-throughput mills.
Efficient seed cleaning relies on taking advantage of physical differences between target seeds and foreign matter. Differences in size, thickness, length, aerodynamic behavior, specific gravity, color, shape, and surface characteristics are targeted by distinct separation mechanisms:
Providing high-precision hardware is only part of the equation. Modern agricultural supply chains require complete plant design to optimize processing efficiency. Henan Jiujie Machine Co., Ltd. designs and installs fully integrated systems covering every step of the grain path:
From initial intake hoppers and high-capacity bucket elevators to intermediate holding silos, dust cyclone systems, de-stoning stations, and bagging lines, our processing routes minimize seed damage and prevent cross-contamination. Programmable control panels permit operators to adjust variable-frequency motor drives instantly, adapting the processing path to handle diverse crops like wheat, rice, corn, barley, or mung beans within the same facility.
Water-based washing systems are increasingly regulated due to clean water scarcity and high wastewater treatment costs. In response, our engineers developed waterless grain cleaning methods. We utilize advanced pneumatic de-stoners combined with multi-stage aspiration chambers to match or exceed the cleaning efficacy of traditional wet washing, while eliminating the risks of post-wash mold development and grain swelling.
Seed cleaning machinery is subjected to continuous vibration and high abrasive forces. To prevent frame fatigue and premature wear, our manufacturing facility relies on precision CNC fabrication. Heavy structural steel sheets are processed using high-power laser cutters and automated bending brakes. The structural frames are joined using automated robotic welders, and finished with electrostatic powder coating to provide rust resistance and long service life in harsh grain dust environments.
A transparent look at our specialized CNC machinery, sheet metal processing, and component assembly lines.
How we integrate automated controls, smart optical sensors, and sustainable practices into the next generation of grain separators.
By optimizing motor load distributions and reducing pneumatic resistance in vacuum systems, our future machines are projected to reduce per-ton electricity use by up to 15%.
Deploying smart thermal and vibration sensors allows operators to monitor sieve bearing wear and motor temperatures from mobile or desktop interfaces, reducing unscheduled downtime.
Integrating high-resolution multispectral cameras allows our sorting machines to identify subtle variations in kernel color, separating mold-damaged seeds at high speeds.
Providing reliable support, technical training, and quick spare parts availability to our international partners.
Every processing plant deals with different ambient temperatures, humidity, dust regulations, and raw grain characteristics. Our engineering process starts with a thorough consultation. Our designers utilize AutoCAD and 3D modeling software to layout processing schemes that integrate with your existing storage silos or milling platforms, minimizing site modification costs.
To ensure our equipment performs as designed, our team provides on-site or remote installation assistance. Our senior technicians guide your local operators through start-up sequences, sieve calibration, air pressure settings, and routine maintenance protocols, helping prevent common operational errors that lead to machinery downtime.
Answers to common technical, design, and supply questions from grain processing facilities and procurement managers.
Our cleaning and milling systems use dynamic balances on vibrating sieve screens and customized fans to minimize energy loss. Variable Frequency Drives (VFD) allow operators to match motor output to the grain type and throughput, preventing energy waste when running partial loads.
Our dry gravity de-stoners use an adjustable upward air flow combined with a reciprocating sieve deck. This fluidizes the grain, allowing lighter crop seeds to slide down the deck while heavier stones and glass particles migrate upward, separating them cleanly without the use of water.
We provide tailorable designs for processing setups of various scales. Our engineering team can configure modular pre-cleaning systems, multi-channel aspirators, and gravity separators to match the required processing rates of different milling operations.
We use standard component metrics and specifications, and maintain stock of common wearable parts like belts, sieves, bearings, and motors. This allows for quick dispatch to global transport hubs, helping reduce downtime in processing facilities.
Explore our specialized processing equipment, material handling components, and industrial milling configurations.
Jiujie Machine
