The air purifier test chamber is usually made of stainless steel or special coating materials to ensure high airtightness of the chamber and prevent external air infiltration or internal pollutant leakage. The interior of the cabin is smooth and easy to clean, avoiding the adhesion of pollutants that may affect the test results.

In the reliability testing of charging interfaces such as Type-C and USB-A, plug and unplug life is one of the core indicators, and it is necessary to simulate more than 10000 plug and unplug scenarios to verify durability. Traditional manual testing is susceptible to factors such as operating habits and physical condition, with error rates often reaching 8% -15%. However, the charging interface plug-in life test system, through automation and standardized design, can significantly reduce errors and ensure the accuracy of test data. ​

As the core equipment for simulating fluid impact loads in pipeline systems, the structural design of the water hammer pulse testing machine directly determines the testing accuracy and the ability to reproduce working conditions. From power output to pulse formation, various systems work together to build a complete durability verification system for pipe fittings, meeting the full scenario testing requirements from civilian pipe fittings to industrial high-pressure pipelines. ​

As the core equipment for simulating the durability of charging guns in harsh environments, the testing accuracy of the charging gun insertion and extraction life solution immersion test machine is directly related to the charging safety of electric vehicles. The lack of daily calibration and maintenance may result in a deviation of over 5% in the number of insertions and removals, or loss of control of solution concentration leading to test failure. Therefore, establishing a systematic operation and maintenance process is crucial. ​

The leakage trace tester simulates the failure process of insulation materials under the combined action of electric field and pollution to evaluate their resistance to leakage trace. As the core component, the geometric accuracy, surface state, and stability of the electrode system directly affect the test results of CTI (compared to the tracking index) and PTI (resistance to tracking index). Optimizing electrode system design has become a key path to improving experimental accuracy and repeatability.