1. Power and Torque Requirements

The power of a motor determines its maximum energy output, usually measured in watts (W). Higher power means a higher torque output, allowing the motor to drive heavier loads. However, increased power usually comes with increased motor size and weight. To meet your diverse needs, we can tailor motor solutions to your specific requirements, using different wire materials, wire diameters, and coil turns.

2. Speed ​​Requirements

Speed ​​refers to the number of revolutions per minute (RPM) of the motor. It not only affects the speed regulation of products like fans but also significantly impacts the motor’s performance and lifespan. Generally, brushed motors with higher speeds tend to have shorter lifespans. Furthermore, speed is crucial for “control precision.” Higher speeds require high-resolution encoders to improve the product’s responsiveness and accuracy during operation.

3. Environmental Conditions

The location where the equipment is used or the environment in which the motor is stored significantly affects its performance and lifespan. A motor is a component made of a combination of various materials, and different operating environments require the selection of materials with appropriate tolerance. For example, high or low temperature environments require magnets with anti-demagnetizing properties; underwater equipment needs to be equipped with a closed structure and use suitable lubricants to improve waterproofing and heat dissipation.