The structure of a mini-tiller mainly consists of working parts, frame, transmission system, and power source. The assembly and testing process typically involves the following key steps:
1.Component Preparation: Key components such as engines, gearboxes, tilling parts, wheels, and frames are cleaned, inspected, and prepared.
2.Core Component Assembly: Core components like engines and gearboxes are precisely assembled to ensure efficient and stable power transmission.
3..Power System Installation: The power system is fixed to the frame, completing the main structure of the mini-tiller.
4.Electrical System Assembly: Electrical components such as control panels, cables, and sensors are installed and connected.
5.Function Testing: Conduct start-up tests, control tests, and performance tests to ensure the mini-tiller operates normally.
6.Quality Inspection: Perform final quality inspections, including appearance checks and safety performance evaluations, to ensure the product meets factory standards.
Automated production lines improve assembly efficiency and accuracy by using automated assembly machinery such as automatic tightening machines and robotic arms, as well as automated conveying systems like plate chain conveyors and drum conveyors. The modular design of the production line facilitates quick adjustments and extensions according to production needs.
The application of Manufacturing Execution Systems (MES) enables real-time monitoring of the production process, optimizes resource allocation, and ensures product quality. Process flow analysis and simulation help optimize the packaging line, improve the production line balance rate and daily output, achieving efficient and intelligent production.
