As auxiliary equipment of the pelletizer, the automatic feeding machine is used to feed the plastic film raw materials into the plastic granulator. The machine not only ensures the continuity of material supply and reduces downtime and production interruption due to uneven feeding, but also effectively controls the feeding speed to ensure the stability of the pelletizing process and the consistency of product quality.
Its highly automated design also reduces manual intervention, the number of operators, and work intensity, making the whole production process more efficient and reliable.
Parameters of Automatic Feeding Machine
A forced feeder is an important auxiliary equipment in the process of plastic pelletizing, and usually needs to know the following main parameters of information:
| Model | 600 |
| Power(KW) | 2.2 |
| Dimension(mm) | 6006001200 |
| Two types of feeders | Claw feeder, screw feeder |
| Applicable materials | Plastic films |
| Matching equipment | Plastic pelletizer machine |
Advantages of Forced Feeder
- The automatic feeder uses a highly automated workflow, reducing the need for manual intervention. This reduces labor costs while increasing the stability and reliability of the production line.
- The advanced control system ensures accurate feeding of the waste material and can increase pellet production by 20-30% over manual feeding. Waste and downtime in production are avoided.
- The structure of the forced feeder is designed to be robust and able to cope with long hours of intense work, reducing maintenance costs.
- Depending on production requirements, automatic feeding machines can be customized to suit various sizes and types of plastic film waste.
Automatic Feeding Machine Video
Recommended Plastic Film Recycling Line
The automatic feeding machine is ideal for plastic film recycling lines for the efficient processing of PE and PP plastic film waste. It can be used in conjunction with other key equipment, such as a pelletizer machine and plastic pellet cutting machine, to achieve efficient conversion of waste materials and maximize resource utilization.
