With the aim of satisfying a wide range of company needs and operational capacities, EX.EXPORT provides an extensive range of fully automated paper cup machines. Machines in our lineup is compatible with various paper thicknesses, container sizes, and output capacities. Paper straw, paper box, and paper bowl machines are just a few of the paper container machines that EX.EXPORT offers in addition to paper cup machines, giving customers a one-stop shop for environmentally responsible packaging options.
An essential part of the paper cup production process, the paper cup machine transforms flat paper sheets into durable, functional cups through a sequence of automated and coordinated processes.
Initially, a flat paper sheet is precisely fed into the machine from a stack using rollers. After that, the paper is sent to the printing room, where rollers apply ink to the paper to produce distinct, personalized designs or logos.
Afterwards, the printed paper moves on to the die-cutting phase, when a fine die-cutter cuts the appropriate cup form out of the sheet of paper.
The cut paper is then encircled by the forming unit around a conical mold, and the edges are sealed using heat-activated rollers to give the cup its structure. The bottom-attaching part next presses the cup body onto a pre-cut bottom piece that has been placed into another mold to attach the base to the cup. Then pressure and heat are used to securely bond the base to the sides to ensure the stability of the cup. Finally, the rim curling station rolls the top edge of the cup, creating a smooth, rounded lip for comfortable drinking.
Typically, the paper cup manufacturing process is a cyclical one. A cam mechanism makes sure that every step of the manufacturing cycle is precise and in sync, which leads to the reliable creation of faultless cups. This cycle is performed again.
The paper cup machine meets the needs of the food and beverage sector by efficiently producing large quantities of paper cups through the seamless integration of feeding, printing, die-cutting, shaping, and bottom-attaching operations.