The fully automatic chain plant factory is a highly integrated modern agricultural solution that combines advanced automation technology, Internet of Things (IoT), artificial intelligence (AI), and precision agriculture technology. It aims to enhance crop production efficiency, reduce labor costs, and achieve sustainable agricultural production through an automated system. This factory system can provide automatic control of multiple environmental factors, such as temperature control, humidity regulation, light, and gas composition, ensuring that plants achieve high efficiency under the best growth conditions.

By adopting an intelligent control system, it can automatically adjust environmental factors such as temperature, humidity, light intensity and water and fertilizer supply, significantly reducing manual intervention and enhancing production efficiency. The system supports remote monitoring and operation, making farm management more convenient.
By adopting chain transmission technology, the smooth flow of materials and crops between different planting units is ensured. The chain system is highly efficient and reliable, and can significantly enhance the continuity and stability of the production line.
The system monitors environmental conditions in real time through high-precision sensors and automatically adjusts factors such as temperature, humidity, and CO2 concentration to maximize the optimization of the plant growth environment and ensure that every crop grows under the best conditions.
By adopting intelligent energy-saving technologies, such as LED plant growth lights and automated irrigation systems, energy consumption and water waste can be reduced, and operating costs can be lowered.
The factory system adopts a modular design, which is convenient for customization and expansion according to customer needs, adapting to production requirements of different scales and supporting flexible production layouts.
Integrating data collection and analysis functions, through the data analysis platform, customers can view various indicators in real time, conduct precise management and make decisions. This system can also help customers predict crop yields and optimize resource allocation.
The fully automatic chain plant factory emphasizes sustainable development, adopts a circulating water system and environmentally friendly materials, reduces negative impacts on the environment, and conforms to the green development concept of modern agriculture.
• Vegetable cultivation: Leafy vegetables suitable for rapid growth such as lettuce, spinach, coriander, etc.
• Fruit cultivation: It can support the growth of small fruits such as strawberries and tomatoes.
• Flower cultivation: It is used for the efficient cultivation of flowers and ornamental plants to meet the market demand for flowers.
• Medicinal plants: Suitable for the production of medicinal plants and herbs, ensuring quality and yield.
• Automatic control system: PLC or SCADA control system
• Light source system: LED plant growth lamp (adjustable spectrum)
• Temperature and humidity regulation system: Precise temperature and humidity control system
• Irrigation system: Automated water and fertilizer integrated irrigation system
• Energy Management: Intelligent energy-saving system
• Transmission system: Chain conveyor belt, enhancing the efficiency of crop circulation
• Data monitoring and remote control: Supports remote operation and data analysis via mobile APP and PC
An automated chain plant factory is a fully integrated agricultural system that uses conveyor chains and automation technology to move plants through different growth stages, enabling efficient and continuous production.
Plants are placed on trays or holders attached to a moving chain system. The chain transports them through controlled environments for seeding, growing, watering, lighting, and harvesting, ensuring consistent conditions at each stage.
High level of automation reduces labor costs
It is ideal for leafy greens, herbs, microgreens, and some small fruiting plants that benefit from controlled indoor environments.
Yes, it is highly suitable for commercial-scale farming, especially in urban agriculture and vertical farming, where efficiency, scalability, and consistent output are essential.
Efficient production
Energy conservation and environmental protection
Strong scalability
Quality Assurance
Data-driven management
Efficient production
Energy conservation and environmental protection
Strong scalability
Quality Assurance
Data-driven management
Efficient production
Energy conservation and environmental protection
Strong scalability
Quality Assurance
Data-driven management
Efficient production
Energy conservation and environmental protection
Strong scalability
Quality Assurance
Data-driven management
Efficient production
Energy conservation and environmental protection
Strong scalability
Quality Assurance
Data-driven management
Efficient production
Energy conservation and environmental protection
Strong scalability
Quality Assurance
Data-driven management
Efficient production
Energy conservation and environmental protection
Strong scalability
Quality Assurance
Data-driven management
Efficient production
Energy conservation and environmental protection
Strong scalability
Quality Assurance
Data-driven management