As the power core of modern agricultural production, the efficient operation of agricultural machinery not only stems from the collaborative linkage of the power system and operating devices, but also relies on the in-depth integration of working condition adaptability and intelligent technology. From wheeled tractors galloping across the fields to smart weeders for precise weeding; from rotary tillers for plowing the land to compound agricultural machinery that integrates seeding and fertilization - every piece of equipment carries a unique operating function and agricultural mission. The gradient design of engine power, precise adaptation of working width, and module integration of intelligent terminals give agricultural machinery diverse operating characteristics, allowing it to achieve strong efficiency in plain fields and achieve precision farming in mountains and hills. For farmers, choosing the right combination of farming machinery is not only an improvement in production capacity, but also the practice of modern agriculture - they are like "steel farmers" in the fields, converting power into a harvest symphony of grains returning to the warehouse.

 

 

 

 

 

Company introduction:

Yonggang Machinery (Shandong) Co., Ltd.'s business covers multiple industry fields, among which agricultural machinery is the core sector that promotes agricultural modernization. The company's products include wheeled tractors, smart weeders, rotary tillers and precision seeders, etc., which are widely used in various farming scenarios such as plains, mountains and hills, providing integrated solutions for crop planting, field management, harvest assistance and other aspects.

 

1. Wheel tractor series

In the field of agricultural machinery, wheeled tractors are the "power center" of comprehensive field operations. Take the company's 120-horsepower smart wheel tractor as an example. This model is specially designed to meet the needs of large-scale farm operations. Traditional tractors mostly use mechanical control systems, with a traction force of about 12kN, while the new model is equipped with an electronically controlled high-pressure common rail diesel engine (National IV emission standards) and a 16+16 crawler gearbox, with a maximum traction force of 22kN and an operating speed range of 0.8-15km/h. In order to adapt to complex working conditions such as muddy fields and mountain slopes, the model is equipped with an automatic 2WD/4WD switching system and a hydraulic power steering device, which reduces the driver's operating intensity by 40%. At the intelligent level, the tractor integrates Beidou positioning (accuracy ±2cm) and remote monitoring terminal, which can realize automatic path planning and real-time transmission of operation data (such as fuel consumption, operating area, fault warning). This model has been widely used in the Northeast Plains. Compared with traditional tractors, it improves the overall operating efficiency of corn and soybean fields by 35%.

2. Intelligent lawn mower series

The field of intelligent weeding machines has extremely high requirements for accuracy and environmental protection. The company's multi-spectrum intelligent laser weeding machine is a representative product in the field of green planting. For organic vegetable bases, the weeding rate of traditional mechanical weeders is about 85%, and it is easy to damage the crop roots. The company's weeder uses a RGB camera + near-infrared sensor combination with an AI recognition accuracy of ≥98.5% (can distinguish crop seedlings from weeds such as barnyardgrass and crabgrass). The 1064nm fiber laser execution module can achieve "plant-level precision weeding" with a burst error of ≤3mm. Taking a 50-acre organic tomato base as an example, this weeder is equipped with a 60Ah lithium battery and can operate continuously for 6 hours. The daily weeding area is 20-25 acres, and the weeding rate is ≥95%. It completely replaces chemical herbicides, ensures zero pesticide residues in crops, and complies with organic agricultural product certification standards. At present, the product has been promoted in Shandong, Yunnan and other places, helping organic farms reduce weeding costs by 60%.
 

3. Rotary tiller and seeder series

In the field preparation and sowing process, rotary tillers and precision seeders are key equipment to ensure crop yields. The company's 2.5-meter-wide rotary tiller is suitable for 100-150 horsepower tractors and is used for large-area land preparation operations. The soil breaking rate of traditional rotary tillers is about 75%, and the plowing depth is 15-20cm. By optimizing the structure of the rotary tiller blades (made of 65Mn spring steel) and increasing the number of knives from 36 to 48, the soil breaking rate is increased to ≥90%, and the plowing depth adjustment range is extended to 12-25cm. In terms of precision seeders, the 2BMF-12 no-till seeder integrates the functions of sowing, fertilizing, and covering soil. It uses an air-suction seed metering device. The sowing accuracy is ≥97% (single grain rate), and the row spacing adjustment range is 30-70cm. Taking the wheat growing area in Henan as an example, this seeder can complete 15-20 acres of sowing operations per hour. Compared with traditional seeders, it saves 10% of the amount of seeds used and increases the crop emergence rate by 8-10%. The integrated rotary tillage and seeding operation shortens the land preparation cycle by 2-3 days, effectively avoiding the impact of bad weather on the farming season.

 

It can be seen from these product cases that the current agricultural machinery industry is developing in the direction of intelligence, environmental protection, and integration. Advances in material science, such as the application of high-strength alloy steel and wear-resistant ceramic coatings in key mechanical components, have significantly improved product durability; continuous innovation in manufacturing processes, and the gradual popularization of precision forging, laser cutting and other technologies have improved production efficiency and product consistency; digital technology has been integrated into the entire process of mechanical design, production, and after-sales, enabling intelligent monitoring and remote maintenance of equipment. In the future, with the continuous advancement of agricultural modernization and the growing demand for green agriculture, the agricultural machinery industry is expected to usher in a broader development space driven by technological innovation.
 
 
 
When the rotary tiller blade stirs up fertile soil in the field, we have used thirty years of industrial accumulation to forge steel into tools that nourish the land. As a technical practitioner in the field of agricultural machinery manufacturing, each component of each of the company's products has gone through 86 processes - from a 30-horsepower mini tractor for mountains to a 180-horsepower large smart tractor for plains; the tractor power output shaft processed by Japanese precision lathes has a surface roughness of Ra0.8μm, and the hydraulic system has an accuracy of 0.1mm. This allows our wheeled tractors to still operate stably on a 25° slope, and the smart weeder to complete precise weeding in a 10-acre vegetable field without damaging a single crop seedling.

 

In the company's laboratory, agricultural engineers and materials scientists work together to optimize product suitability - the high-temperature-resistant coating developed for agricultural machinery in the southern region can withstand 60°C high temperature and 95% humidity; the anti-corrosion treatment for agricultural machinery parts in coastal areas can resist salt spray erosion for more than 1,000 hours. In the digital workshop, the AI ​​visual inspection system establishes a full life cycle digital file for each machine, and the inspection accuracy of key components reaches 0.01mm. From small-scale planting on family farms to large-scale operations in modern agricultural parks, the company's product matrix covers eight major crop planting scenarios (grains, oils, vegetables, fruits, etc.), and has established long-term cooperation with well-known agricultural enterprises at home and abroad - in the rotary tiller turning room in the black soil of Northeast China, and in the laser weeding at the organic vegetable base in Yunnan, we use the precision of farming machinery to make technology the agricultural language that connects land and harvest.

 

There are no cookie-cutter products here, only production concepts customized for each farming scenario: the narrow wheelbase tractor (wheelbase 1.5m) designed for mountain orchards can flexibly travel between fruit trees with a row spacing of 2m; the amphibious weeder developed for paddy fields can operate normally in 30cm deep water without getting stuck. While our peers are still competing for basic performance, we have used the operating efficiency of agricultural machinery to play an advanced chapter in China's agriculture from traditional farming to intelligent production.