Different Pepsi are packed in this machine
25-30 Pouches / Per Minute
Single Phase Light (1 hour 3 unit)
+- 1 to 2 grams for 10 Pouches
Its a Former type machine (Paper Comes From Front Side)
No need of Air Compressar for this machine
Digital Display is given for operations
A pouch Pepsi packaging machine is a type of automatic packaging machine that is specifically designed to package Pepsi products into flexible pouches. Pouch packaging has become increasingly popular in recent years due to its convenience and portability, making it a popular option for on-the-go consumption.
The pouch Pepsi packaging machine typically involves several stages, including:
Pouch forming: The packaging material is fed through the machine, and the machine forms the material into pouches of the desired shape and size.
Filling: The pouches are filled with the desired amount of Pepsi product using a filling nozzle. The filling process may be automated and controlled by a computer system to ensure accuracy and consistency.
Sealing: The pouches are sealed to prevent any leaks or spills during transportation and storage. The sealing process may involve heat sealing or other methods.
Cutting: The pouches are cut from the packaging material and separated from each other.
Packaging: The finished pouches are packaged and prepared for distribution.
The machines are equipped with filling stations that can automatically measure and fill the beverage into the packaging containers.
The volumetric cup filler provides consistent and accurate filling, leading to consistent product quality and customer satisfaction.
The use of a machine reduces the need for manual labor, thus reducing labor costs.
The machines can apply accurate labeling and coding on the packaging containers.
The use of pre-made pouches eliminates the need for additional packaging materials, leading to cost savings in the long run.
Automatic Pepsi packaging machines typically have built-in quality control mechanisms to ensure that the beverages are packaged correctly and to minimize errors.