The selection of linear motors is crucial in the process of customer procurement, as the accuracy of the selection directly affects whether customer can achieve the expected results during use. 

     The key indicators closely related to the selection of linear motors are as follows: 1. The installation method of the motor (horizontal, vertical, or angled); 2. The load of the linear motor; 3. The movement stroke and total stroke of the linear motor; 4. The movement speed of the linear motor; 5. The movement state of the linear motor (whether it is reciprocating linear motion or moving a, pausing, and then moving again). Once the selection of the linear motor is determined, the selection of its accompanying components must be considered. This is because single linear motor cannot be used directly and requires the customer to build their own structure, including encoders, drivers, etc. To eliminate the customer's worries, company can also provide a complete linear motor module. 

      How are the encoders and drivers selected? First, let's talk about the encoder. One of the key of an encoder is its resolution, which significantly affects the repeatability and positioning accuracy of the module. Next, let's talk about the driver. One of key selection indicators for a driver is the upper-level communication method, depending on what kind of upper-level communication method the customer needs. Additionally, the current rating of linear motor should be considered. Motors with higher current ratings require drivers that support high power and high current, while motors with lower current ratings can use drivers that lower power and lower current.

     Kunshan Tongmao Electronics Co., Ltd. has been dedicated to the research and intelligent manufacturing of linear motors for over a. Our linear motors are made using European and American technical standards and processing technologies. We welcome your attention. 

     This article is original from Kunshan Tongmao Electronics., Ltd. (www.tmmotion.com). Please indicate the source when reprinting.