Paper Cup Machine
The NS-2010-T Paper Cup Machine is a high-speed, fully automatic solution designed for efficient production of paper cups. Capable of producing up to 110 cups per minute, it accommodates a range of sizes from 3oz to 22oz, making it versatile for various applications. The machine supports paper specifications between 190-400 gsm and operates with a general power requirement of 12 KW. Its robust construction ensures durability and consistent performance.
NS-2010-T
.webp&w=2048&q=75)
Speed
120 Pcs/Min
Paper Specification
150-350 GSM
Size Range
4Oz/120Ml-16Oz/480Ml
This model is equipped with latest technology that performs auto paper feeding and has paper anti-reverse device, ultrasonic welding heaters, automatic lubrication system, robotic arm, paper tube that helps in punching and folding bottom, pre-heating, knurling, curling, and collecting cups/bowls. The machine performs more stable with 10 molds. Machine can make various size of cups/bowls by changing moulds. It is suitable for manufacturing both Single and Double side PE coated Paper Cups which can be used for serving hot as well as cold drinks.
Speed
120 Pcs/Min
Paper Specification
150-350 GSM
Size Range
4Oz/120Ml-16Oz/480Ml
Process of Cup Formation
1. Paper Roll
The process begins with the sourcing of large paper rolls, typically made from food-grade paper that has been coated with a thin layer of polyethylene to make it waterproof. These rolls are the raw material that will be transformed into paper cups.
2. Printing
In the printing stage, the paper is fed into a high-speed printing machine that applies custom designs, logos, and other branding elements to the paper. This step is essential for creating branded cups that can be used for promotional purposes in cafes, restaurants, and events.
3. Cutting
After printing, the paper rolls are sent to the cutting machine, where they are precisely cut into flat, fan-shaped pieces known as blanks. These blanks will form the body of the paper cup. Accurate cutting is critical to ensure that the pieces fit together perfectly during the forming stage, avoiding any gaps or misalignment.
4. Paper Fan
The cut blanks are then shaped into a fan-like structure, ready to be formed into the cylindrical body of the cup. This step is important as it begins to give the paper its cup-like shape. The fan-shaped blanks are designed to make it easier to form a tight seam when the edges are joined together.
5. Forming
In this stage, the paper fan is rolled into a cylindrical shape, and the edges are sealed together to form the body of the cup. The machine uses heat and pressure to bond the edges of the paper and create a strong seam. This step transforms the flat blanks into the final cup shape, which is then ready for the next stage.
6. Final Product
Once the cup body is formed, the bottom of the cup is sealed using a separate machine. This step involves applying a bottom piece and sealing it with heat and pressure to ensure the cup is watertight. This final step ensures that the cup can hold liquids without leaking.
Applications
Technical Specifications
| FEATURE | SPECIFICATION |
|---|---|
| Speed | 120 Pcs/Min |
| Paper Specifications | 150-350 GSM |
| Raw Materials | Single/Double PE/PLA Coated Paper |
| Cup Size | 4Oz/120Ml-16Oz/480Ml |
| Cup Top Dia (TD) | 45 - 100 mm |
| Cup Height (H) | 30 - 115 mm |
| Cup Bottom Dia (RB) | 35 - 75 mm |
| Voltage | 380 VAC - 400 VAC |
| Total Power | 18 Kw |
| Weight | 2500 Kg |
| Dimensions | 2450X1050X1800 mm |
| Air Pressure | 6 - 8 bar |
| Air Flow Rate | 25 CFM |
Want to Know More? Enquire Now
Download Brochure
Nessco Paper Cup Machine Catalogue
Want to Know More? Enquire Now
Download Brochure
Nessco Paper Cup Machine Catalogue
.webp&w=828&q=75)
.webp&w=828&q=75)
.webp&w=828&q=75)
