Empowering Livestock Farming and Unlocking New Paths for Large-Scale and Efficient Development

As the livestock farming industry transforms towards large-scale, intensive, and intelligent development, the shortcomings of traditional conveying equipment are becoming increasingly prominent—low ​​efficiency, substandard hygiene, cumbersome maintenance, and poor adaptability, which seriously restrict the improvement of quality and efficiency in the farming industry. Against this backdrop, modular mesh belt conveyors, with their core advantages such as modular design, weather resistance, durability, and hygiene and safety, are gradually replacing traditional conveying equipment and are widely used in the entire process of livestock and poultry farming. They have become key equipment for promoting the modernization and upgrading of livestock farming and injecting new momentum into the high-quality development of the industry.

Modular mesh belt conveyors are a conveying system composed of high-strength engineering plastic modules interlocked by hinge connecting pins. They adopt a sprocket drive method, which is different from the roller drive of traditional belt conveyors. This fundamentally solves the pain points of traditional conveying equipment, such as easy deviation, easy tearing, and difficult maintenance[2]. Its core advantages are highly compatible with the needs of the livestock breeding industry. It can adapt to the complex working conditions of high humidity, high ammonia and many impurities in the breeding environment, and meet the strict requirements of efficiency, hygiene and safety for large-scale breeding. It can be applied in all aspects in the breeding scenarios of pigs, poultry, beef cattle and sheep, and run through multiple key links such as feeding, manure cleaning and slaughter pretreatment. In the livestock and poultry feeding link, the precision and efficiency of the modular mesh belt conveyor are fully demonstrated, which completely changes the extensive mode of traditional manual feeding or simple conveying. The feed types of large-scale farms are complicated, covering various forms such as powder, granules and extruded feed, and the feeding amount of livestock and poultry of different ages varies greatly. Traditional conveying methods are prone to problems such as feed spillage, uneven mixing and inaccurate feeding, which not only wastes feed, but may also affect the growth of livestock and poultry. The modular mesh belt conveyor can flexibly adjust the conveying speed and conveying volume according to the breeding needs, and with the help of quantitative feeding valves and other accessories, it can achieve precise feeding[8]. The food-grade engineering plastics used, such as PP (polypropylene) and PE (polyethylene), meet international food contact standards. They are free of pores and gaps, and will not absorb feed residue and oil, thus avoiding feed contamination [5][6]. At the same time, the mesh belt can be designed as a flat or ribbed anti-slip design to prevent feed from slipping during transportation. With various conveying layouts such as horizontal, inclined, and turning, it can easily achieve fully automated transportation from feed towers and warehouses to breeding pens, greatly reducing manual input and freeing farmers from tedious feeding work, while minimizing feed waste. For example, after a 10,000-head sheep farm in Inner Mongolia introduced relevant automated conveying equipment and fed with TMR mixed diet, the feed conversion rate was significantly improved, and the waste rate dropped from 12% to 3.8% [7].

Manure cleaning is the key to ensuring environmental hygiene and preventing the spread of diseases in animal husbandry, and it is also one of the most time-consuming and labor-intensive links in traditional farming. Traditional manure cleaning methods are not only inefficient, but also easily cause manure residue, breed bacteria and ammonia, and affect the health of livestock and poultry and the breeding environment. Modular mesh belt conveyors, with their wear-resistant, corrosion-resistant, and easy-to-clean characteristics, have become an ideal choice for manure removal systems in large-scale farms. Their mesh belts feature a hollow or mesh design, such as the C12 flush grid and E20 flush grid models, providing excellent drainage and quickly removing moisture from manure, reducing odor emissions [1]. Simultaneously, the smooth surface of the mesh belt eliminates dead corners, allowing for direct washing with a high-pressure water gun without disassembly, making cleaning convenient and preventing damage from detergents or high-temperature hot water, thus maintaining a clean state for a long time [6]. In practical applications, modular mesh belt conveyors can be linked with solid-liquid separation devices to efficiently separate the cleaned manure. The separated solid manure can be processed into organic fertilizer, realizing the resource utilization of manure, solving environmental problems, and generating additional income for farms [7]. For example, after adopting a modular mesh belt manure removal system, a large-scale pig farm controlled ammonia concentration within a reasonable range, significantly reducing the incidence of respiratory diseases in livestock and poultry, while also increasing annual income from organic fertilizer by hundreds of thousands of yuan. In the pre-processing stage of livestock and poultry slaughter, the hygienic advantages and stability of modular mesh belt conveyors play an important role. The livestock breeding industry has extremely strict hygiene requirements for the slaughtering process, which is directly related to food safety. The modular mesh belt conveyor uses food-grade materials that meet international hygiene standards and can directly contact livestock and poultry products, avoiding the problems of easy rusting and contamination of traditional metal conveying equipment [1]. Its modular structure design can be flexibly spliced ​​according to the slaughtering process, realizing seamless connection of livestock and poultry dehairing, cutting, cleaning and other processes. The mesh belt runs stably and will not have serpentine or deviated phenomena, ensuring that livestock and poultry products do not collide or get damaged during the conveying process, thus ensuring product integrity [2][6]. In addition, some modular mesh belts can adapt to low-temperature environments and have good flexibility, which can realize the direct freezing of products on the mesh belt, adapting to the quick-freezing process requirements after slaughter, and further improving slaughtering and processing efficiency [1]. At the same time, when the mesh belt is partially damaged, the damaged module can be replaced separately without replacing the entire conveyor belt, which greatly shortens the downtime for maintenance and reduces maintenance costs [2][4]. Compared with traditional conveying equipment, modular mesh belt conveyors have significant economic and adaptability advantages in the application of livestock farming. Traditional belt conveyors are prone to wear and aging, requiring regular replacement of the entire belt, resulting in high maintenance costs and poor adaptability, failing to meet the diverse needs of complex farming scenarios. The modular design of modular mesh belt conveyors makes installation, disassembly, and maintenance more convenient, and local damage can be quickly replaced, reducing maintenance costs by up to 85% compared to traditional equipment and reducing downtime by 50% [2]. At the same time, it can flexibly adjust the width, length, and conveying speed of the mesh belt according to the scale, layout, and species of the farm, and can be matched with accessories such as baffles and side plates to adapt to the needs of different farming scenarios [3][6]. Whether it is the simple conveying needs of small farms or the fully automated conveying needs of large-scale farming bases, modular mesh belt conveyors can accurately match and achieve “one belt for multiple uses” [4]. In addition, modular mesh belt conveyors are driven by energy-saving motors, with operating noise below 70dB, and energy consumption is significantly reduced compared to traditional conveying equipment, which is in line with the green and low-carbon development trend of the livestock farming industry [4]. Currently, my country’s livestock farming industry is at a critical stage of large-scale upgrading. The “14th Five-Year Plan for the Development of Modern Animal Husbandry and Veterinary Medicine” clearly proposes to promote the mechanization and intelligentization of breeding facilities, which provides a favorable policy environment for the promotion and application of modular mesh belt conveyors [8]. With the continuous upgrading of technology, modular mesh belt conveyors are developing towards intelligentization and multi-functionality. Some high-end models have achieved linkage with the breeding Internet of Things system, which can monitor data such as conveying speed, mesh belt status, and feed consumption in real time, and realize remote control and intelligent regulation [4][8]. For example, the new generation of intelligent modular mesh belt conveyor equipment launched by leading livestock equipment companies can work in conjunction with the TMR mixer truck scheduling system to achieve precise control of feeding rhythm and further improve the level of intelligent breeding [8]. The widespread application of modular mesh belt conveyors has not only solved the pain points of low efficiency, poor hygiene, and difficult maintenance in traditional livestock farming, but also promoted the transformation of the breeding model from “extensive” to “precise and intelligent”, providing strong support for breeding enterprises to reduce costs, improve efficiency, and ensure product safety. In the future, with the continuous improvement of the scale and intensification of livestock farming, and the continuous innovation of modular mesh belt conveyor technology, its application scenarios will be further expanded, and its adaptability and intelligence level will be continuously improved. It will play a more important role in livestock and poultry farming, aquaculture and other fields, help the livestock farming industry achieve high-quality and sustainable development, and inject stronger impetus into the modernization of my country’s livestock industry.