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Shanghai Yaoshun Machinery Equipment Co., Ltd
What is the working principle of the fully automatic cross-linking high viscosity filling machine?
Date: 2025-12-31Read: 36
In industries such as chemical, pharmaceutical, and food, the filling of cross-linked high viscosity materials has always been a technical challenge in the production process. This type of material has the characteristics of high viscosity and poor fluidity, and traditional filling equipment is difficult to meet its precise and efficient filling needs. The fully automatic cross-linking high viscosity filling machine has emerged as a powerful tool to solve this problem with its unique working principle. This article will analyze its working principle as follows:
1、 Material pre-processing system
1. Heating and insulation device
The fully automatic cross-linking high viscosity filling machine is equipped with a heating device to accurately control the material temperature and reduce the viscosity to the appropriate filling range. The temperature control system monitors in real-time to ensure stability and avoid performance impact.
2. Mixing and Mixing Unit
The mixing unit adopts a special mixing blade to generate sufficient shear force to mix the materials evenly. The mixing speed can be adjusted to meet different material requirements and prevent particle breakage.
2、 Material conveying system
1. Special pumping mechanism
Use screw pump or gear pump. The screw pump pushes the material through the rotation of the screw, providing stable pressure; Gear pumps rely on gear meshing to squeeze materials, and can effectively transport high viscosity materials.
2. Pipeline and valve design
The conveying pipeline is made of corrosion-resistant materials, and the inner wall is specially treated to reduce friction. The valve adopts electric or pneumatic control, which can quickly open and close to ensure stable flow and has anti drip function.
3、 Accurate measurement unit
1. Pressure feedback and dynamic compensation technology
Using pressure feedback and dynamic compensation technology, pressure sensors monitor changes in pipeline pressure, and the control system adjusts pump parameters to compensate for the impact of pressure fluctuations on flow rate and maintain stability.
2. High precision sensors and intelligent algorithms
Equipped with high-precision sensors to sense flow and weight changes. Intelligent algorithms process data, consider multiple factors to calculate filling volume with minimal error, and automatically optimize parameters to improve accuracy.
4、 Filling execution mechanism
1. Special filling head design
The special flow channel and surface treatment inside the filling head reduce material retention and friction, ensuring smooth flow. Equipped with anti drip devices to prevent contamination.
2. Servo motor drive
The servo motor precisely controls the lifting and moving speed of the filling head, ensuring smooth and accurate operation. Adjust the position according to the instructions to avoid material splashing or incomplete filling.
5、 Control system
1. PLC and HMI collaboration
Composed of PLC and HMI. Operators set parameters through HMI, PLC coordinates the work of various systems, processes sensor signals, issues control instructions, and ensures collaborative operation.
2. Real time monitoring and fault handling
Real time monitoring of equipment operation and filling quality, with sensors collecting data. Analyze anomalies in the control system, issue alarms and take measures, record fault information for easy troubleshooting.