Food is the foundation of the people. The modern development of agriculture is crucial to national and even global prosperity. Therefore, 3D printing technology as an innovative technology in the 21st century, its application in modern agriculture is not only an attempt to combine science and technology with agriculture in the 21st century, but also a revolutionary means of manufacturing in the development of modern agriculture, an innovative means to benefit global development.
3D printing in modern agriculture makes a big difference. Through 3D printing rapid manufacturing, not only can shorten the agricultural production cycle, reduce the risk of agricultural development, improve the quality of agricultural machinery, but also conducive to the innovative research and development of agricultural equipment for agricultural production to provide high-quality, beautiful, personalised agricultural equipment, greatly enhancing the productivity of agriculture.
3D printing can quickly manufacture agricultural tools and improve the efficiency of crop cultivation. Whether it is traditional agricultural tools or modern agricultural tools, 3D printing can be used to quickly and accurately manufacture the required agricultural tools using the characteristics of rapid printing, allowing farmers to more effectively manage the planting process and improve the efficiency of crop planting. For example, seeding implements made through 3D printing technology can achieve precise positioning and sowing of seeds, improving the efficiency of crop planting.
3D printing can quickly manufacture farm machinery parts that need to be replaced, helping farmers to quickly repair their farm equipment, increasing the efficiency of the repair and reducing the time and cost of the repair. For example, The GVL Proto Poly project team, using 3D printing technology to print and manufacture parts for farmers that farmers are looking for.Allow farmers to get their farm equipment back into agricultural production by obtaining farm machinery parts at a lower cost and faster, so they can repair their farm equipment faster.
3D printing helps agricultural machinery innovation and research and development, injecting new vitality into agricultural development. 3D printing in the process of agricultural machinery research and development innovation, can quickly and accurately print and manufacture models of agricultural machinery, designers can through the model of the rapid testing and modification of the innovative design, not only greatly shorten the research and development process, but also reduces the research and development process of the cost of the modelling process, to open up a greater space for the design and research and development. For example, Myanmar farmers in the tool template design and production process to add 3D printing technology, so that faster design of high-quality tools, and on-site template to improve the design, rapid implementation of agricultural tools template production.
In addition to making a big difference in the research and development of agricultural machinery and tools, 3D printing is also promising in agricultural production management and agricultural primary processing.
In agricultural production management, 3D printing can be customised personalised agricultural monitoring, management equipment to help farmers monitor the growth of crops, so that farmers can quickly respond to problems arising in the process of crop growth. For example, agricultural sensors made through 3D printing technology can monitor soil moisture, temperature and other data in real time to help farmers scientifically manage crop production, this intelligent monitoring system can improve the efficiency and quality of agricultural production, so that farmers are more scientific decision-making and planting crops.
In agricultural primary processing, 3D printing technology is of great significance in the field of agricultural processing equipment manufacturing, maintenance, research and development innovation. By customising and manufacturing efficient and intelligent processing equipment, farmers can improve processing efficiency, optimise product quality and further expand sales markets.
The integration of 3D printing technology and modern agricultural production is an unprecedented reform of great significance, whether it is for the management of agricultural production, or for the innovative research and development of agricultural modernisation. In the future, with the deeper integration of 3D printing and modern agriculture, it will further accelerate the research and development efficiency of agricultural instruments, production moulds, etc., so that more instruments conducive to agricultural production will be put into agricultural production and management for use, and promote the cause of the world’s agricultural modernisation and construction to a higher level, and sow the seeds of agricultural wisdom in the vast fields!