Large organic fertilizer granulator has many significant advantages compared with minicomputer, the following is a specific comparative analysis:

1. Production capacity: Large organic fertilizer granulator has large production capacity, which can meet the needs of large-scale production. Small organic fertilizer granulator production capacity is relatively small, suitable for small and medium-sized production.

2. Investment cost: Large organic fertilizer granulator itself is relatively expensive, and due to its large size, heavy weight, transportation and installation costs are relatively high, increasing the initial investment cost of enterprises. Small organic fertilizer granulator equipment investment is less, quick effect, suitable for small and medium-sized enterprises with limited funds.

3. Floor area: Large organic fertilizer granulator requires a larger installation space and has higher requirements for the production site. Small organic fertilizer granulator occupies a small area and is suitable for enterprises with limited space.

4. Energy consumption: Although the energy consumption of large organic fertilizer granulator is relatively high, the energy consumption cost per unit product is low, and the long-term operation is more cost-effective. Small organic fertilizer granulator energy consumption is relatively low, but the unit capacity is limited, suitable for small-scale production.

5. Maintenance cost: Large organic fertilizer equipment is complex, the maintenance cost is relatively high, but the service life is long. Small organic fertilizer granulator has simple structure and low maintenance cost, which is suitable for enterprises with limited equipment maintenance ability.

In short, large organic fertilizer granulator has significant advantages in terms of production capacity. The small organic fertilizer granulator has more advantages in investment cost, floor space, energy consumption and maintenance costs. Enterprises in the selection should be based on their own production scale, financial strength and site conditions and other factors.