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2024

How does the motor automation production line work?

Author：

Hehui Intelligence

The motor automation production line realizes the fully automatic production process from parts to finished motors through highly integrated automation technology. The following is a specific analysis:

1.Material preparation and feeding

Raw material preparation:At the beginning of motor production, it is necessary to prepare various necessary raw materials and parts, such as stator sheets, rotors, bearings and wires.13. Before entering the production line, these materials usually undergo strict quality inspections to ensure that they meet production standards.

Automatic feeding system:The prepared material is accurately placed into the designated position of the production line by the automatic feeding system. This process usually uses devices such as vibrating trays, conveyor belts and robotic arms to ensure an accurate and stable supply of materials.

2.Automatic assembly

Stator and rotor assembly:After the materials are prepared, the production line enters the automatic assembly stage. At this stage, precision robotic arms and assembly tools align and combine the stator sheets and windings to form a complete stator. The same process is also used for rotor assembly, including core injection molding, core shaft entry and rotor locking.

Overall assembly:After the stator and the rotor are assembled separately, they are further assembled together to form a complete motor. In addition, the bearings will be automatically installed in the designated position, and the wires will also be automatically connected. The entire assembly process is strictly carried out in accordance with the preset procedures to ensure consistency and accuracy.

3.Quality Inspection

Comprehensive performance test:The assembled motor is subject to strict quality inspection. This stage is equipped with various sensors and detection equipment, such as torque tester, insulation tester and withstand voltage tester, etc., to automatically detect the performance indicators of the motor. Any product that does not meet the standard will be automatically rejected to ensure the reliable quality of the off-line motor.

Static and dynamic testing:Motors also need to undergo comprehensive tests, including static tests (such as insulation resistance tests) and dynamic tests (such as load performance tests) to simulate the operating conditions in the actual working environment. These tests ensure stable operation of the motor under various conditions.

4.Packaging and off-line

Automatic packaging:Motors that pass the quality inspection will be automatically packaged. This process can be carried by conveyor belt or mechanical arm to the motor to the designated area for storage or delivery. The packaging process can also be customized according to customer needs, such as adding labels and printing production dates.

Delivery inspection:After the packaging is completed, each motor is also subject to factory inspection to ensure that the product meets the standards. This step is the quality control of the entire production process to ensure that every motor received by the customer is a qualified product.

In summary, the motor automation production line realizes the fully automatic production process from parts to finished products by integrating advanced automation technology and equipment. This not only improves production efficiency and product quality, but also reduces production costs, and enhances production flexibility and market responsiveness. In the future, with the continuous progress of science and technology, the motor automation production line will continue to develop in a more intelligent, flexible and energy-saving direction, injecting new vitality into the transformation and upgrading of the manufacturing industry.