AUCHAN

As a key cluster of equipment in modern production, filling production lines, with their advantages of automation and precision, have been deeply integrated into multiple industries such as food and beverage, pharmaceuticals, and daily chemicals, becoming the core driving force for promoting large-scale production in various fields.

In the food and beverage industry, the application of filling production lines is the most extensive and mature. For carbonated drinks, filling production lines need to have high-pressure resistance, and by precisely controlling the injection amount of carbon dioxide, the taste and bubble stability of the drinks are guaranteed; the filling production lines for juice products focus on aseptic environments, from raw material transportation to bottle disinfection, to filling and sealing, achieving aseptic operation throughout the process, maximizing the retention of nutrients and freshness of the juice; the pure water filling production lines are known for their high efficiency, capable of completing tens of thousands of bottles of filling tasks per hour, ensuring water quality safety through multi-stage filtration systems, and equipped with intelligent detection devices to reject unqualified products. It can be said that the prosperity of the food and beverage industry is inseparable from the efficient support of filling production lines.

The pharmaceutical industry has extremely high requirements for the precision and cleanliness of filling production lines. In oral liquid filling, filling production lines can achieve precise control of micro-doses, with errors controlled at the microgram level, ensuring that the dosage of each medicine is accurate; vaccine filling production lines are in a fully enclosed sterile space, with robots automatically loading, filling, and sealing, avoiding the risk of contamination caused by manual contact, and equipped with real-time monitoring systems to record the production data of each bottle of vaccine, achieving full traceability. In addition, filling production lines for semi-fluid medicines such as ointments and syrups can also adjust the filling speed and pressure according to the characteristics of the materials to ensure a smooth and non-clogging filling process.

Filling production lines in the daily chemical industry show strong adaptability. Filling production lines for liquid products such as shampoos and body washes can handle materials of different viscosities, achieving rapid filling by adjusting the caliber and pressure of the filling heads; laundry detergent filling production lines are usually equipped with large-capacity storage tanks and large-caliber filling heads to meet the production needs of large-packaged products, and are designed with anti-dripping features to keep the production line clean; filling production lines for paste-like skin care products such as face creams and mask essences adopt a spiral propulsion filling structure to ensure uniform filling of materials, avoid the generation of bubbles, and improve the appearance quality of products.

Filling production lines in the chemical industry focus on safety and corrosion resistance. For chemical products such as coatings and adhesives, the conveying pipelines and filling heads of filling production lines are made of special acid and alkali-resistant materials to prevent materials from corroding the equipment; in the filling of flammable and explosive chemicals, filling production lines are equipped with anti-static devices and explosion-proof motors, adopting automatic operation throughout the process to reduce manual intervention and reduce safety hazards. At the same time, chemical filling production lines can also be flexibly adjusted according to different packaging specifications, efficiently completing filling tasks from small bottle samples to large bucket products.

With the continuous advancement of technology, the application fields of filling production lines are continuing to expand. In the agricultural field, filling production lines for pesticides and fertilizers have achieved precise metering and anti-leakage designs, reducing environmental pollution; in the new energy field, filling production lines for battery electrolytes rely on ultra-high sealing and purity control to ensure battery performance. It is foreseeable that filling production lines will play an important role in more industries in the future, providing strong support for production upgrades in various fields.