Why do all seedling farms need fully automatic tray seedling machines?
One of the core competencies of seedling farms is “production capacity and scale”, while traditional manual tray seedling cultivation has an insurmountable efficiency ceiling. Fully automatic tray seedling machines completely break through this limitation.
Ultra-high-speed operation, matching the demand of large-scale orders
It takes 3 to 5 minutes for a person to complete one tray of plug tray seedling raising (including substrate filling, hole pressing, sowing, covering soil, and watering), and one person can complete 200 to 300 trays in a day at most. However, the operation efficiency of the fully automatic plug tray seedling raising machine can reach 300 to 600 trays per hour, and the daily output of one device (24-hour continuous operation) can reach 7,200 to 14,400 trays, equivalent to the work of 24 to 72 skilled workers. For seedling raising farms that undertake orders from ten-thousand-mu planting bases (such as providing 100,000 trays of tomato seedlings), it takes more than one month to complete by manual seedling raising, while fully automatic equipment only needs 7 to 14 days to complete, significantly shortening the delivery cycle and avoiding missing orders due to insufficient capacity. Please provide the text you would like translated.
2. Continuous operation without fatigue ensures production stability
Manual seedling raising is affected by physical strength, attention, and emotions, and the operation efficiency decreases with working hours (for example, the efficiency in the afternoon is 20% – 30% lower than that in the morning), and mistakes such as missed sowing and over-sowing are prone to occur. The fully automatic tray seedling raising machine, through servo motors and PLC control systems, can operate continuously for 24 hours without interruption. The operation process, time, and accuracy for each tray are exactly the same, and the efficiency will not decrease due to “fatigue”. This ensures that the seedling raising farm can stably output capacity during the peak order season (such as the spring seedling raising peak period), avoiding production delays caused by a shortage of labor. Please provide the text you would like translated.
3. Multi-specification compatibility, flexible response to diverse demands
Modern seedling farms need to handle trays of different specifications (such as 50-cell, 72-cell, 128-cell, and 200-cell) and seeds of different crops (such as small-sized lettuce seeds, medium-sized tomato seeds, and large-sized pumpkin seeds). The fully automatic tray seedling machine can switch specifications within 10 minutes by changing molds (such as seeding trays and hole pressers) and adjusting parameters (such as seeding depth and substrate filling volume), without the need for retraining personnel. In contrast, manual operations require re-adaptation for different trays and seeds, resulting in low switching efficiency and a high error rate, which cannot meet the flexible production demands of “multiple varieties and multiple specifications” in seedling farms.