A New Planting Technology and Development Trend: The Beginning and Future of Agricultural Automation

Nowadays, cultivation techniques are well-known, and with the development of traditional cultivation techniques, new tissue culture techniques have shown their brilliance.
The development stage of new technology and facility agriculture has the advantages of low environmental pollution, high resource utilization rate, good environmental controllability, and the combination of multi-level and three-dimensional cultivation with plant factory technology that can provide stable yield to achieve scale intensive production and quickly and efficiently produce various types of horticultural crops.
Firstly, let's briefly understand the characteristics of plant tissue culture (hereinafter referred to as tissue culture). Unlike conventional seed propagation, plant tissue culture is a method of asexual reproduction. The process of reproducing young plants by utilizing the pluripotency of plant cells and culturing a small portion of a plant (explant) in a sterile environment through stages such as callus propagation, induction, proliferation, and rooting. This method can fully inherit the excellent traits of the maternal plant and has a high reproductive coefficient. Compared with other asexual reproduction methods (cutting, branching, tuberization, etc.), it can also obtain virus-free plants, ensuring that excellent traits do not decline. Especially suitable for plants with high economic added value, high requirements for quality or special traits, long growth cycles, or inability to reproduce with seeds.
Plant tissue culture has always been a labor-intensive production method since its development. How to reduce labor and maximize production efficiency has always been a development goal pursued by tissue culture enterprises and their suppliers. Compared to traditional tissue culture, The Vivi tissue culture system provides a revolutionary method for automated production, reducing the risk of pollution that may occur in traditional processes, and providing reliable, efficient, clean, and standardized management of plant tissue culture production line equipment and production modes. Let's take a brief look below.