1. Material selection optimization: Choosing the right casting material is crucial to improving the quality and durability of organic fertilizer equipment. Modern casting processes can utilize advanced material science, such as high-strength alloy steel, corrosion-resistant materials, etc., to ensure that equipment can withstand high strength and harsh environmental conditions in long-term use.

2. Design optimization and mold manufacturing: Optimize the structural design of equipment and mold manufacturing process. Precise design and manufacturing can reduce material waste, improve the production efficiency of organic fertilizer production lines, and ensure casting quality.

3. Automated casting technology: The introduction of automated casting technology, such as robot casting, automated pouring system, etc., can improve the consistency and accuracy of production, reduce human error, and increase production capacity and efficiency. These technologies can reduce production costs while maintaining quality. Advanced simulation and simulation technology: The casting process simulation software can predict and optimize the filling, solidification and shrinkage behavior of castings, avoid defects, optimize process parameters, and improve product quality and production efficiency.

4. Environmental and energy efficiency considerations: In modern casting processes, environmental and energy efficiency issues are increasingly taken into account. The use of energy-saving electric furnace, recycled sand materials, waste heat recovery and other technologies can reduce energy consumption and environmental impact, in line with the requirements of sustainable development.

5. Quality control and testing technology: The introduction of advanced quality control and testing technology can ensure that the casting is defect-free and meets the standard, and improve the product pass rate and customer satisfaction.