The Packaging Line for Miscellaneous Grains: A Perfect Combination of Cost Reduction, Efficiency Improvement and Quality Assurance

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n response to the growing demand for miscellaneous grains and the need for advanced processing, enterprises have invested in modern packaging lines and packaging techniques. Let's explore the packaging line in detail.

The process begins with the raw materials entering the Z-type conveyor, which is controlled by a user-friendly PLC microcomputer and touchscreen interface. This machine boasts high production capacity and automation, making it ideal for filling dry granular products like rice and millet. Its precise and efficient turntable positioning ensures quick and accurate material transfer to the next step. Additionally, this versatile rotary granular filling machine is suitable for various types of cans, making it an ideal choice for industries such as dried fruits and snacks. Reliable and stable quality is guaranteed, as all electrical and pneumatic components are sourced from renowned domestic and international manufacturers.

The raw materials are then smoothly conveyed by the ingeniously designed rotary granular filling machine specifically crafted to transport items like rice to the multi-head weigher on the working platform. The working platform ensures stability and accuracy during the weighing process.

The multi-head weigher is a critical component of the packaging line. Equipped with a touchscreen interface, it offers simple and convenient operation. Its IP64 waterproof and dustproof design, along with the use of 304 stainless steel, ensures food hygiene and safety. The scale achieves a harmonious balance between high precision and speed. Using computer calculations, it swiftly selects the optimal combination from a wide range of possibilities, guaranteeing accurate and efficient weighing. Additionally, the multi-head weigher features powerful data statistics capabilities, automatically recording key indicators such as total weight, number of packages, and batch qualification rates. This data provides valuable support for production management and quality control. Furthermore, the scale caters to various weighing and counting needs.

After the weighing process, the raw materials proceed to the packaging machine, which automatically places three-side sealed oxygen absorbers or desiccants. This step ensures product freshness and stable quality. Automation not only enhances the efficiency of the packaging line, but also improves the packaging quality of the products.

Finally, the finished products are labeled by the three-side + double-side labeling machine. This adaptable machine is suitable for labeling various bottled products in food, seasonings, pharmaceuticals, alcoholic beverages, oils, cosmetics, and other industries. It can be customized as per specific requirements. The labeling machine features a sleek design that eliminates unnecessary complexity and bulkiness, and its modular assembly allows for easy maintenance and repair without the need for specialized personnel. Adjustments for product changes are simple, enabling prompt production. Built from stainless steel 304 and high-grade aluminum alloy, the labeling machine utilizes a closed-loop motor and high-grade German photoelectric sensors. Controlled by a PLC with a large human-machine interface, it ensures precise and stable labeling. This machine is suitable for single-operator operation with small quantities and a wide variety of products. It incorporates mechanisms such as bottle alignment, separation, labeling, rolling, and counting. The labeling position, height, and angle are adjustable. When combined with a conveyor belt, it achieves automated packaging and identification of finished products.

In summary, the packaging line for miscellaneous grains enables automated production, from raw material feeding to finished product packaging. The coordinated operation of the rotary granular filling machine, Z-type conveyor+ working platform,multi-head weigher, packaging machine, and three-side + double-side labeling machine improves production efficiency, reduces labor costs, and guarantees product quality, hygiene, and safety. This technological advancement provides robust support for the development of the grain processing indust