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Linear actuator motor principle

The built-in motor serves as the core component determining overall performance of linear actuators. Its type, technical parameters and adaptability to working conditions directly govern the actuator’s thrust stability, service life, operating precision and user experience.

The built-in motor serves as the core component determining overall performance of linear actuators. Its type, technical parameters and adaptability to working conditions directly govern the actuator’s thrust stability, service life, operating precision and user experience.

Brushed DC motors feature outstanding cost performance and are ideal for civil light-duty applications, while BLDC brushless motors dominate mid-to-high-end industrial scenarios with advantages of long service life, high precision and low noise. The two motor types complement each other to satisfy application demands across all industries.

During model selection, product R&D and daily maintenance, it is necessary to abandon the simplistic mindset of only referring to thrust parameters. Comprehensive matching considering motor duty cycle, structural features and actual operating environments is required to maximize the stability and service life of linear actuators, as well as reduce equipment failure rates and maintenance costs.

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