In agriculture, the use and development of robotic arms are experiencing a growing trend. These robotic arms serve various functions, including planting, harvesting, weeding, irrigation, etc., significantly improving agricultural production efficiency and quality.

The use of robotic arms makes agricultural work more automated and intelligent. They can execute various tasks based on preset programs and parameters without human involvement, thus saving a considerable amount of labor costs and time.

Furthermore, the application of robotic arms has brought about a transformation in agricultural production modes. They can precisely manage crops based on their growth conditions and needs, reducing the use of pesticides and fertilizers while minimizing environmental impact.

With continuous technological advancements and innovations, the application scope of robotic arms in agriculture is expanding. In the future, we can expect robotic arms to become more intelligent and multifunctional, bringing more convenience and benefits to agricultural production.

Based on the foundation of robotic arms, the Agricultural Machinery Research Lab has developed a spikelet seedling arrangement clamping and oblique cutting device, for which they have obtained a patent authorization certificate from the National Patent Office. With the introduction by the researchers, our team gained a deeper understanding of robotic arms.