How to Choose an Automatic Capping Machine

Automatic capping machine

How to Choose an Automatic Capping Machine

An automatic capping machine can cap a wide variety of containers. It can also be integrated with other packaging machines ensuring efficient production.

It can handle a variety of cap styles and sizes. For example, some machines can fit flat caps, pull spouts, and safety caps. It can also re-tighten the caps to target torque values.


The flexibility of an Automatic capping machine allows it to be adapted to a range of cap types and sizes. This makes it an excellent choice for companies with a diverse product line or those that are looking to expand their production. It is also a great choice for sterile applications where the bottles will need to be sealed with a sanitary seal.

Capping performed manually is inconsistent, and can lead to a loss of product or even repetitive strain injuries for staff. Automatic capping machines ensure consistent tightening or sealing every time. They can also be programmed to work on a certain number of caps, and the same capper can seal multiple products at once.

With a fully automatic system that will sort, place and tighten the caps, the production rate can be up to 200 containers per minute. This Automatic capping machine will depend on the type of cap style, and a full range of feeders and sorters can be added to the equipment to increase the capacity.

Regular lubrication of the machine is essential for proper functioning. This will help reduce friction, prolong the life of the parts and improve performance. It is also important to clean the machine thoroughly after each use and sanitize it regularly. This will reduce the risk of contamination and keep it working at its best.


While automation has many benefits, it’s important to choose the right equipment. For instance, the capping machine must be compatible with your existing line of products. It should also be easy to use for your team and fit into your production workflow. If you’re considering a new automated capper, look for one that has a concise user manual and plenty of online support resources.

A capping machine is a powerful tool in the liquid packaging industry. It is capable of fast and consistent capping of glass, metal, and plastic bottles. Its high torque ensures that each cap is tightened to the proper level, avoiding product inconsistencies. Most automatic capping machines come with a number of features to increase productivity and safety.

During the capping process, a backup sensor checks each bottle for blockages or other problems. If a blockage occurs, the machine will stop until the problem is resolved. Some capping machines also include a clean-in-place (CIP) system for faster cleaning and sanitization of major machine parts.

Once the operation is set up, an operator will only need to periodically resupply bulk caps. These changes can be made with a simple switch for height and hand knobs that capped components such as spindle wheels, gripping belts, conveyor rails, and similar features of the machine. This feature is ideal for companies that require flexibility in a variety of production lines.


The cleanliness of an automatic capping machine depends on how often it is cleaned, inspected, and maintained. The machine must be cleaned after each production run and before capping a new batch. It must also be cleaned and disinfected when changing varieties, specifications, or batch numbers. During cleaning, the operator should wear a snood, hand gloves, and nose mask. Also, the electricity should be switched off before starting cleaning. The operator must use a specified cleaner or disinfectant according to the manufacturer’s guidelines.

In addition to regular lubrication and routine maintenance, an Automatic Bottle Capping Machine should be tested regularly. This will help prevent any problems before they happen and minimize downtime. This will ensure that the machine is operating at peak performance, and that it’s producing high-quality caps that are secure and consistent.

Some capping machines have clean-in-place or CIP technology, which makes it easy to rinse and sanitize the inside of the machine. This is especially important for liquids that require strict sanitary conditions. Moreover, a clean capping machine can prevent cross-contamination. This will save you time and money in the long run. It will also increase the quality of your liquid products. This will improve customer satisfaction and loyalty. A capping machine should be able to handle different types of caps and containers, from tear-off seals to specialized or proprietary closure methods.

Energy efficiency

Whether they are part of a completely automated packaging line or the first Automatic Capping Machine Manufacturer step in automating one, automatic cappers can save time and increase production efficiency. They use less energy than manual caps and require less maintenance, making them an economical choice for medium to high volume production facilities. However, when choosing an automatic capping machine, it is important to choose one that is made with quality materials and can withstand operational considerations such as working with corrosive chemicals or explosive material.

In order to ensure optimal performance, an automatic capping machine should be compatible with the size and shape of your containers. The manufacturer should be able to provide you with a list of the types of caps it is capable of handling. This will help you determine which type of capping head to purchase. It is also important to consider the height and width of the caps, as this will affect the geometry of your containers. For example, flat caps will work with all sorting systems, but if the cap is taller than its width, your choices will narrow to vibratory and centrifugal sorters.

An Automatic capping machine can be used to apply a wide variety of lids to plastic, glass, and metal bottles. These include dropper caps, yorker caps, chubby gorilla caps, unicorn caps, push-pull caps, and tamper evident caps. It can also be used to retighten caps after a series of induction sealing events.

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