How To Solve The Dripping Problem of Linear Liquid Filling Machines?

In the production of cosmetics, food, beverages, pharmaceuticals and chemicals, linear liquid filling machines are widely used in the filling of various liquid products due to their efficient and stable filling capabilities. However, the dripping problem has always been a key factor affecting the performance of filling machines and product quality. This article will explore how to effectively solve the dripping problem of linear filling machines from two main aspects.

1. Method 1: Add a drip trough

The drip trough is an effective physical solution. By installing a container for dripping liquid under the linear liquid filling machine, the liquid dripping during the filling process can be collected. This method is simple, low-cost and easy to implement.

• Design considerations: The design of the drip trough needs to take into account the fluidity of the liquid and the possible dripping amount. The size and shape of the trough should be able to accommodate the maximum dripping amount that may occur during the filling process, while ensuring that the liquid can drip smoothly into the trough instead of splashing around.

• Material selection: The material of the drip trough should have excellent corrosion resistance to adapt to the filling of different liquids and pastes. At the same time, the material should be easy to clean and maintain to ensure the hygiene of the production environment and reduce the risk of cross-contamination. IMMAY usually uses high quality stainless steel materials to make drip troughs.

• Integration: The drip trough of the IMMAY linear liquid filler is designed to be integrated with the filling machine. The drip trough is located below the filling nozzle. When the liquid is filled, the drip trough quickly extends to collect the dripping material.

2. Method 2: Change the filling nozzle structure and add a plug

Changing the structure of the filling nozzle, especially adding a plug, is a way to solve the dripping problem from the source. The plug can cut off the flow of liquid immediately after each filling to prevent dripping.

• Plug design: The design of the plug should be able to respond quickly to ensure that the liquid flow is cut off immediately after the filling is completed. The material used for the plug of the IMMAY linear filling machine has good sealing performance to prevent dripping during the filling process.

• Precise control: The up and down movement of the plug of the IMMAY linear liquid filling machine is controlled by a precise control system to ensure that the liquid flow can be cut off in a timely and accurate manner at the end of filling.

• Maintenance and cleaning: The plug of the IMMAY linear filling machine adopts a detachable design, which is easy to maintain and clean to prevent blockage or wear that may occur after long-term use.

3. Summary

Through the application of the above two methods, the dripping phenomenon of the linear filling machine during the filling process can be significantly reduced, and the production efficiency and product quality can be improved. Enterprises should choose the most suitable solution according to their own production needs and liquid characteristics to achieve the best filling effect.

If you have more ideas about linear liquid filling machines, you can click on the contact information on the right and below to initiate consultation with us. IMMAY is a manufacturer specializing in the production of linear liquid filling machines. Our service team is always ready to provide you with professional advice.