Täitmisüsteem

Täitmisüsteem, also known as a filling system, is a critical component in the manufacturing of glass containers, particularly bottles. It is responsible for the process of filling the molten glass into the pre-formed mold or parison. The system typically consists of several key elements, including the filling machine, mold, and control mechanisms.

The filling machine is the primary component that dispenses the molten glass into the mold. It is designed to ensure a consistent and precise amount of glass is used for each bottle, which is essential for maintaining product quality and uniformity. The mold, or parison, is a hollow, cylindrical shape that the molten glass is poured into. It is designed to cool and solidify the glass into the final bottle shape.

The control mechanisms in a täitmisüsteem are crucial for regulating the flow of molten glass and ensuring the proper filling of each mold. These mechanisms include sensors, valves, and automated systems that monitor and adjust the filling process in real-time. The sensors detect the level of glass in the mold, while the valves control the flow of glass into the mold. The automated systems use this information to make precise adjustments to the filling process, ensuring that each bottle is filled to the correct level.

In summary, a täitmisüsteem is a sophisticated system used in the glass container manufacturing process. It ensures that each bottle is filled with the correct amount of glass, maintaining product quality and uniformity. The system consists of a filling machine, mold, and control mechanisms that work together to achieve this goal.