The filling machine is designed to handle various types of liquids, including oils, sauces, beverages, and cosmetic liquids.
Yes, the machine can be customized to accommodate different bottle diameters and heights, with maximum specifications available upon request.
The maximum filling speed can reach up to 4800 bottles per hour, depending on the fluidity of the product being filled.
The machine operates on 220V power with varying wattage depending on the specific component: 0.2KW for the bottle unscrambler, 3KW for the filling machine, 1.5KW for the capping machine, and 1.5KW for the labeling machine.
The bottle capping process utilizes infrared induction positioning for accurate cap placement, along with an independent compaction device and a 4-wheel capping system to ensure the screw caps are securely tightened.
Yes, the filling line is made from food-grade 304 stainless steel, making it hygienic and suitable for food and beverage applications.
The total weight varies by component: the bottle unscrambler weighs 80KG, the filling machine is 300KG, the capping machine is 200KG, and the labeling machine weighs 250KG.
Yes, the labeling machine can handle label sizes ranging from 15mm to 200mm in length and 15mm to 150mm in height.
This production line is widely used in the food, beverage, and cosmetics industries, making it versatile for various applications.
The filling accuracy is maintained with a filling error of less than or equal to ±1%, ensuring precise liquid dispensing.
The dimensions vary: the bottle unscrambler is 600x600x900mm, the filling machine is 2000x1000x1900mm, the capping machine is 1800x850x1750mm, and the labeling machine is 1500x800x1200mm.
Yes, operator training and support are typically offered to ensure smooth operation and maintenance of the machine.
The machine can accommodate bottles with heights up to 320mm, with customization options available.
The automatic nature of the machine reduces manual labor, speeds up the filling and labeling processes, and minimizes errors, leading to improved production efficiency.
Regular maintenance includes cleaning the components, checking for wear and tear, and ensuring that all mechanical parts are lubricated and functioning properly.
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