Successful Application Case of Low-Temperature Stepper Motor in Automotive Display Aging Test Line

Application Scenario

This product is specifically designed for automotive display aging test lines, used to simulate the long-term operation of automotive displays under harsh conditions, ensuring their reliability and durability.

Application Environment

The motor operates stably within a wide temperature range of -20°C to 85°C, adapting to the demanding requirements of extreme high and low temperature alternations in automotive testing.

Challenges and Solutions

In automotive display aging detection equipment, ordinary stepper motors often suffer from insufficient lubrication performance, leading to bearing mechanical failures during continuous operation in high-temperature environments, which affects test continuity and accuracy.

Our low-temperature stepper motor, through special lubrication and material processes, significantly enhances durability in high-temperature environments. Under prolonged high-temperature loaded continuous operation, the motor maintains stable performance, effectively resolving the frequent failure issues of traditional motors in high-temperature testing.

Customer Value

The customer is a global leader in IoT innovation and a leading semiconductor display manufacturer, with extremely high requirements for the reliability and testing efficiency of their equipment. After adopting this product, the operational stability of the customer's aging test line has been significantly improved, reducing downtime and maintenance caused by motor failures, ensuring consistency of test data, and strongly supporting the quality validation of their high-end automotive display products.

Conclusion

This case demonstrates the excellent adaptability and reliability of the low-temperature stepper motor in harsh environments, making it a key component in high-demand industrial testing scenarios, helping customers enhance product testing efficiency and quality assurance capabilities.

• Previous Post

  Low-Temperature Vacuum Motors Power National Major Scientific Research Facility

• Next Post

  Ctrl-Motor Product Update: Suitable for Various Extreme Environments