MTR Spring Testing and Storage

Industry case background

With the continuous expansion of the Hong Kong subway network, the demand for testing and maintenance of subway spring components has significantly increased. The traditional manual detection method has low efficiency and high error rate, making it difficult to meet the strict international standards of the Hong Kong MTR. At the same time, the lack of specialized automation equipment in the market has led to low efficiency in sorting, detection, and storage processes, and there is an urgent need for intelligent upgrades. In this context, Zhongke Times has collaborated deeply with senior equipment manufacturers to launch an intelligent solution optimized for MTR spring detection.

Industry pain points

• Low sorting efficiency: Traditional PLC architecture logistics sorting lines run slowly and cannot meet the needs of batch detection of springs.
• Poor data accuracy: Manual sorting is prone to errors, affecting the accuracy of spring diagnosis.
• Insufficient computing power: Traditional systems struggle to handle massive amounts of data and have slow response times.
• Lack of specialized equipment: There is no specialized automation equipment for subway spring detection on the market, which hinders the development of the industry.

Scene Architecture Diagram

Advantages of Sinsegye's Solution

1. Integrated computing and control:

Eliminate PLC and touch screen, reducing control costs by 30%.

2. Index breakthrough:

The single axis control cycle is as low as 125us, and the production cycle is increased to 0.8S/PCS.

3. Easy to use and open:

Supports multiple communication protocols and development languages for easy system expansion.