Custom Logistics-based Track-mounted Adjustable Ebb and Flow Table Seedling Bed for Greenhouse Seedling Cultivation

Product Introduction

The logistics-type seedbed (fully automatic seedbed) is a highly integrated automated greenhouse planting system that achieves efficient flow of potted plants throughout the greenhouse process via intelligent rail transport. The system places plants uniformly in modular seedbeds made of aluminum alloy. The seedbed structure consists of aluminum alloy side panels, partitions, bottom cross braces, and a sturdy chassis. Four sets of casters at the bottom allow for smooth movement on dedicated guide rails.

The system achieves multi-directional transport through transverse guide rails and longitudinal transfer channels at both ends of the greenhouse. A pneumatic transfer device completes the longitudinal scheduling of the seedbeds, forming a fully automated seedbed transport system that runs through sowing, germination, transplanting, maintenance, and finished product delivery. Whether it's newly transplanted seedlings or potted plants ready for market, the system enables rapid, efficient, and seamless movement and management.

With automated rail transport at its core, the logistics-type seedbed system can intelligently manage the seedling growth cycle. By precisely controlling light, temperature, humidity, and water and fertilizer supply, it significantly improves the space utilization of the greenhouse while effectively reducing labor costs. The system incorporates a flexible scheduling algorithm, compatible with various production scenarios such as sowing, germination, and transplanting. It can also collaborate with IoT sensor terminals to form a data-driven smart planting process.

It is suitable for digital seedling factories, large-scale flower planting bases, vertical leafy vegetable factories, and high-value-added crop production. With a short investment return cycle, this system is a crucial piece of equipment for modern facility agriculture moving towards large-scale, intensive, and unmanned operations.

Advantages:

1. Water-saving and efficient, completely closed system circulation, can achieve 90% utilization rate;
2. Plants grow faster, and the seedling age can be one day earlier per week than the traditional seedling method, improving the utilization rate of facilities;
3. Avoid the formation of water film on the leaf surface of the plant, so that the leaves receive more light for photosynthesis, and promote transpiration pull to absorb more nutrients from the roots;
4. Stable root medium water vapor content to prevent capillary roots from dying due to drought near the edge and bottom of the container;
5. Relative humidity is easy to control, keep the leaf surface dry, and reduce the use of chemical drugs;
6. No weeds grow under the planting bed, reducing fungal growth because the planting bed is very dry; No weeds grow under the planting bed, reducing fungal growth because the planting bed is very dry;