You are here: Home » Application » Cars And Agricultural Machinery

Industrial Field Of Cars And Agricultural Machinery

In agricultural machinery (referred to as agricultural machinery for short), electric tractors, electric harvesters, electric rotary tillers/cultivators, fruit and vegetable picking robots, and motors (electric motors) are widely used as power sources or driving components, especially in the context of the electric agricultural machinery era. Motors can provide efficient and environmentally friendly power, supporting the automation and intelligence of agricultural machinery. According to relevant data, agricultural machinery power equipment includes diesel engines, gasoline engines and electric motors, among which electric motors are suitable for various operation scenarios, such as tillage, sowing, irrigation and harvesting, etc.
Stepper motors are specifically designed for precise positioning scenarios (such as sowing, fertilizing, and sorting), while high-power walking/cutting often uses permanent magnet synchronous or asynchronous motors.

Contact Our Support Team

Agricultural Irrigation Equipments

Shine Motor offers tailored high-efficiency motor solutions for agricultural irrigation equipment, designed specifically for modern precision agriculture. Utilizing permanent magnet synchronous (PMSM) or high-efficiency asynchronous motor technology, with power ranging from 0.75kW to 75kW and voltage support for 220V/380V/48V low-voltage DC, it perfectly matches submersible pumps, centrifugal pumps, center-pivot sprinklers, and drip irrigation systems. With an IP67 protection rating, it resists mud and water corrosion, ensuring over 10,000 hours of fault-free continuous operation in the field.

Agricultural Picking Robotic Arms

As agriculture increasingly shifts toward automation and smart farming, robotic arms for crop picking are revolutionizing the way harvesting is done. Shine Motor powers precision picking robotic arms with compact, high-torque servo motors (50W–2kW, 17-bit encoders).IP67-rated, 0.01°accuracy, <5ms response for gentle fruit grasping.Supports CANopen/EtherCAT, 6-axis sync.Boosts harvest efficiency 300%, reduces damage <1%. Trusted in US orchards & EU vineyards.
These advanced machines rely on high-performance motors to provide the speed, precision, strength, and adaptability required for delicate yet efficient harvesting.

Agricultural Transit Robots

Shine Motor is specially designed for agricultural transfer robots. It adopts high-efficiency brushless DC motors with a power density as high as 2.5kW/kg and a peak torque of 150N·m, and supports IP67 water and dust resistance. Integrating a precise encoder and intelligent drive, it achieves a positioning accuracy of 0.1mm, adapting to the complex terrain in the field. Low-noise operation <55dB, battery life increased by 30%, facilitating automated harvesting and logistics.

What are the impacts of the application of motors in the transportation field on the development of the manufacturing industry?

Firstly, in the automotive industry which is a significant part of the transportation field, electric motors are widely used in electric vehicles (EVs). The growing demand for EVs has driven manufacturing enterprises to invest heavily in research and development to improve motor performance. This includes enhancing power output, increasing energy efficiency, and extending the service life of motors. As a result, it promotes the progress of manufacturing technologies related to motor production, such as advanced winding techniques, better magnetic material applications, and precise assembly processes.
Secondly, in trains powered by electric motors, whether it's high-speed rail or urban subways, the strict requirements for motor reliability and performance have pushed manufacturers to adopt strict quality control measures. They need to ensure that each motor can operate stably under high-load and long-time working conditions. This has led to the improvement of the overall manufacturing quality management system in the manufacturing industry, which benefits not only the production of motors but also other related mechanical and electrical products.

Application-of-Shina-Motor-Motors-in-the-industrial-field-of-cars-and-vehicles

Moreover, motors are also applied in ships and other transportation means. For example, in electric-powered ships, the application of motors requires manufacturers to consider factors like waterproofing, corrosion resistance, and high torque output under water environment. This forces manufacturing enterprises to conduct in-depth research on special materials and manufacturing processes, which in turn enriches the manufacturing industry's knowledge and technology reserves, facilitating the innovation and diversification of manufacturing products.
In general, the application of motors in the transportation field has a profound impact on the manufacturing industry, driving technological innovation, improving product quality, and expanding the product range, which helps the manufacturing industry to continuously develop and progress.

Industrial Field Of Cars And Agricultural Machinery

Agricultural Irrigation Equipments

Agricultural Picking Robotic Arms

Agricultural Transit Robots

What are the impacts of the application of motors in the transportation field on the development of the manufacturing industry?

Innovation Keeps Us Going Beyond Ourselves