1. Improve production efficiency: Through mechanized operation, the stacking machine significantly improves the fermentation efficiency of organic fertilizer and shorens the production cycle.

2. Improve product quality: The turnover machine can evenly turn the material to ensure the uniformity of the material during the fermentation process, thereby improving the quality and consistency of the organic fertilizer.

3. Resource recycling: The turnover machine can convert agricultural waste into organic fertilizer, realizing the resource utilization of agricultural waste and reducing environmental pollution.

4. Improve crop quality: Organic fertilizers can provide the comprehensive nutrition needed by crops, helping to improve crop quality and yield.

5. Environmental design: The design of the stacking machine takes into account environmental factors, such as reducing dust and noise, which helps to improve the working environment and protect the environment.

6. Technological progress: With the development of technology, the level of automation and intelligence of the stacking machine continues to improve, improving production efficiency and product quality.

7. Policy support: Many countries and regions provide policy support and financial subsidies to encourage the use of organic fertilizers, which helps to reduce the production cost of organic fertilizers and improve their market competitiveness.

8. Market demand: With the increasing demand of consumers for healthy food and environmentally friendly products, the market potential of organic fertilizers is huge, helping to promote the sustainable development of agriculture.

Through the above advantages, the fermentation stacking machine not only improves the efficiency and quality of agricultural production, but also helps to achieve sustainable development of agriculture and environmental protection.