The new trends in intelligent feed pellet production lines are primarily reflected in the following areas:

1. Automation and intelligent control systems enhance production process stability and product consistency.

2. The introduction of IoT technology enables remote monitoring of equipment, maintenance alerts, and optimized scheduling.

3. The application of artificial intelligence empowers machinery with autonomous learning and the ability to optimize production parameters.

4. Modularization of mechanical design and improvements in human-machine interaction enhance operational convenience and equipment adaptability.

5. Intelligent energy management reduces energy consumption and supports green production goals.

In the future, the intelligentization of feed processing machinery will not only be an inevitable trend in technological development but also a key path to enhancing industry competitiveness and achieving sustainable development. With the continuous advancement of science and technology, companies and research institutions within the industry should work together to accelerate the research and development and application of intelligent technologies, injecting new impetus into the long-term development of the industry.

Key Points in Equipment Configuration
-Raw material preparation is essential for ensuring smooth subsequent processing. Crushing equipment typically uses a high-speed impact mill or blade mill. The appropriate model should be selected based on the raw material's hardness and particle size.
-Feed uniformity directly impacts the quality of the finished product. The mixer should ensure thorough mixing of all raw materials, eliminating any dead spots. Commonly used mixing equipment includes horizontal mixers and ribbon mixers.
-Pelletization is a key step in pelletized feed production. Commonly used equipment includes vertical pelletizers and drum pelletizers. The pelletizing process requires temperature, pressure, and speed control to ensure a firm feed formation.
-After pelleting, the feed is typically at a high temperature and requires cooling and drying to ensure stable storage. Highly efficient, low-energy coolers and dryers should be selected.
-Packaging equipment should be designed according to product specifications, with a high degree of automation to effectively save labor.