Paper Cup Lid Machine
Negative Angle Buckle, to Secure Better Elegance and No-leak
- Platen Size: 950 or 1430 x 750 mm
- Prepress equipped for negative angle
- Max. Pressure 55Ton
- Swift return on investment, exceptional cost-effectiveness.
- Outstanding performance thanks to rotary forming technology.
- Compatible with a highly efficient 6-pass dryer.
- Yields stronger and less deformed products.
Technical Parameters
| Model | ZJWD-9575Y | ||
| Machine Structure | Prepressing Station x1, Hotpress Upper Station x1, Transfer Station x1, Forming Station x1, Hotpress Lower Station x1 | ||
| Platen Size | 950 × 750 mm | ||
| Working Pressure | Prepressing 15 Ton, Hotpress 40 Ton | ||
| Cycle Time | 40-120 Seconds for Most Products | ||
| Heating Energy | Electricity / Conduction Oil | ||
| Raw Material | Paper Pulp | ||
| Max Product Height | 80 mm / Can Be Customized for Deeper Product | ||
| Production Application | Coffee Cup Lid, Rigid Box, etc Packagings with Critical Draft Angle, R Angle or Complicated Structure | ||
Paper Lid Making Machine
Production of molded fiber packaging with a minimal draft angle for superior quality and eco-friendliness. Features include a fully automatic PLC control screen for seamless operation, ensuring ease of use. We pioneered the development and implementation of high-end IP thermoforming technology, introducing it as early as 2002.
Production Process
How does Paper Cup Lid Making Machine work? Raw Material – Pulping-Deflaker & Refiner- Additives- Proportioning – Providing – Forming and HotPress
Pulp Preparation System
After manual weighing, fiber raw materials are conveyed into the hydrapulper where they are blended with water to create a slurry. This slurry is then transferred to various tanks for the incorporation of additives, dilution, cleaning, refining, and other processes, ultimately rendering it suitable for the production of specific target products.
Forming System
The process begins with the slurry forming a coating on the suction molds through vacuum. Subsequently, a robotic arm, carrying the upper mold, picks up the coated material, transferring it to the hot pressing stages. Simultaneously, another robotic arm retrieves dried products from a separate hot pressing stage and transports them to the auto trimming machine. Following the auto trimming process, the finished products are automatically stacked, counted, and made ready for final packaging.
Auxiliary System
The vacuum system serves the dual purpose of creating suction for dehydration during both the forming and hot pressing stages, as well as facilitating the transfer of wet and dried products. Meanwhile, the compressed air system is utilized for pneumatic control and supplying air pressure to aid in the transfer of products by puffing.
Frequently Asked Questions
The estimated production time will be around 130 days, from the receipt of order, deposit payment and/or L/C.
Our company will arrange 2 people as guide installers, and the customer will arrange installers. It usually spents 60-90 days that depends on the number of equipment purchased.
The rate of return is high, and it usually pays back in 2-3 years.
HGHY has helped more than 300 clients in over 60 countries setting up their plants with leading capacity and superior quality production.
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