07,10,2026 5 views
On June 11th, the Anhui Provincial Agricultural Machinery Promotion Station organized a demonstration experiment of summer no tillage precision sowing in the demonstration experimental field of Guzhen County, Bengbu City. Debon Dawei carries six row electric drive, air suction and no tillage precisionseederParticipate in this demonstration activity as the main demonstration model on site, complete the full operation demonstration in the wheat stubble field in northern Anhui, and demonstrate Debang Dawei's core technology of conservation tillage with stable, accurate, and efficient practical performance.
At present, the northern Anhui region has entered a critical transition stage of summer harvest and planting. No till sowing on wheat stubble is the mainstream and efficient farming mode that preserves soil moisture and seedlings, saves costs and reduces consumption, and protects farmland fertility. It is also an important technical method to ensure stable and increased production of grain and oil crops such as corn and soybeans. In response to the planting characteristics of thick wheat stubble, complex land plots, short summer sowing window period, and high requirements for sowing accuracy and operational efficiency in the local area, Debang University has developed a six row electric drive air suction no tillage precision seeder for this exhibition, which accurately adapts to the summer sowing production needs in the Huang Huai Hai region and solves the pain points of traditional sowing missed sowing, re sowing, uneven depth, uneven emergence, and high operational failure rate.
The demonstration site conditions are close to the real field production of farmers, with dense wheat stubble and complex ground moisture conditions. During the homework process, Debang Dawei's six row electric drive air suction no tillage precision seeder runs smoothly and smoothly, without the need for advance plowing and land preparation. It can complete integrated operations such as stubble breaking and ridge clearing, precise trenching, simultaneous sowing of seeds and fertilizers, and soil compaction in one go. The process is compact, the forming degree is good, and the land pass rate is high. Compared with traditional mechanical transmission seeding equipment, this model adopts the core technology of electric drive independent single unit drive+high-precision air suction seeding, which eliminates the problems of high failure rate and limited accuracy of mechanical chain and gear transmission. It has a high single seed seeding rate, uniform plant spacing, and consistent seeding depth, effectively saving seed consumption and laying a solid foundation for later seedling uniformity, seedling strength, and seedling uniformity.
At the same time, the equipment is equipped with an intelligent job monitoring system, which can collect real-time sowing and fertilization data, automatically warn of abnormal situations such as missed sowing, seed blockage, and interruption, and achieve visualization, traceability, and control of the sowing process. It completely solves the shortcomings of traditional sowing that rely on experience, cannot be seen, and is difficult to verify, greatly improving the standardization and intelligence level of field sowing, and highly adapting to the needs of large-scale and intensive planting.
In this demonstration and observation activity, experts in the provincial and municipal agricultural machinery industry, grassroots agricultural machinery technicians, local planting households, and senior agricultural machinery operators inspected the operation results on site, and highly praised the passability, sowing uniformity, operation stability, and intelligent configuration of Debang Dawei equipment in complex wheat stubble plots. Debang Dawei's on-site technical team provided full on-site support, explaining in detail the highlights of equipment technology, the advantages of no till conservation tillage, equipment debugging parameters, and daily maintenance points. They also provided one-on-one answers to farmers' actual planting difficulties, allowing on-site personnel to fully and intuitively understand the value of improving the quality and efficiency of intelligent no till precision sowing equipment.
The field demonstration in Guzhen, Anhui is a successful implementation of Deppon Dawei intelligent no tillage precision sowing equipment in the core production area of northern Anhui, which fully verifies the reliability, practicality and progressiveness of the product's adaptation to the summer sowing scene of wheat stubble in the Yellow River, Huaihe River and the Sea. With excellent field performance, the equipment has gained unanimous recognition from industry experts and end-users, further demonstrating Debon Dawei's technological accumulation and product advantages in the fields of conservation tillage and intelligent precision sowing. In the future, Debon Dawei will continue to focus on the actual needs of field production, iterate and upgrade the core performance of agricultural machinery and equipment, continuously optimize product adaptability and reliability, and empower high-quality development of modern agriculture with more professional, intelligent, and efficient domestic agricultural machinery and equipment, helping various regions achieve stable and high yields of grain, save costs and increase efficiency.
