How to select anAutomatic Bottle Capping Machine?
Since there are many types of capping machines in the market, which is what you like. Having the right information at your fingertips can help make the right choice of Automatic Bottle Capping Machine Manufacturers in the market.
Some
Consider
1.According To the Size Range of Caps
Whenever you are going for an automatic bottle capping machine, there is an important question you should ask yourself.
Factors to
When Choosing anAutomatic Bottle Capping Machine
What is the size of the range caps I intend to use?
Caps are usually very small in diameter 120 mm much larger than 5 mm.Agreat size range is often impractical for working in a capping machine.
Therefore, very large caps require vertical capping machines and a capping machine with a cap tightening. Very small caps can also become a major challenge as this will limit the type of capping machine.
The bottle cap may be too small for any other machine except for the “monoblock” system to handle.The size of the cap diameter will also determine the most appropriate sorting device. Smaller caps may require smaller vibratory sorting systems while larger ones will require bulk lift sorters.
2.According To the Geometry of the Caps
In this case, you have to look at the geometry of the caps you want to place on different containers.The height to cap width ratio constrains your cap filtering options. This will also play a role in determining the type of capping machine you use for the application.
Flat caps are very easy to handle (sort, apply and tight) and can work on all types of sorting machines. However, if the size changes and the cap exceeds their width.
Your options for choosing an Automatic Bottle Capping Machine will reduce the vibratory and centrifugal systems. The geometry of the caps will determine if you will select a machine that is capable of isolating the caps.
It can also give you the option of choosing a machine that will lift and erect the cap on the container This will also determine and influence your choice of being an “inline” or chuck vertical style capping machine.
Some closures such as pumps, dropper dips, and spray heads are financially prohibitive for automatic placing and sorting. In this case, you have to manually tighten the cap to tighten it after placing it.
3.According To the Closure Design and Fit of the Closure
In this case, you have to look at the design of the closure and how it will fit on the container. Some enclosures with moving caps will depend entirely on vertical chuck type placement on specific containers. The perfect example of such a cap is the detergent pouring spout cup.
They are long and have a skirt that fits into the mouth of the container before engaging the thread to tighten. Closures such as plugs, stoppers, and cork depend on vertical sorting and placing on containers.
Machines that handle such closures run much slower at intermittent speeds than inline capping machines. Line capping machines run at a constant speed and vertical placements are less expensive than intermittent machines.
In the case of a very small plug design, you will use a “monoblock” system that can be very expensive for small producers.
