As the core equipment that provides power and control in many industrial applications, the importance of the stepper motor is self-evident. Because of its small size, stepper motors perform well in many applications. The following are some application ideas of stepper motor in various industries.
1. Application of stepper motor in medical field
The application of stepping motor in medical equipment is automatic biochemical analyzer. Automatic biochemical analyzer can be fully automatic sampling, adding reagents, removing interference substances, mixing, heat preservation, color comparison and other steps. The precise positioning mechanism required here includes reagent needle moving mechanism, reagent tray rotating mechanism and reagent conveying mechanism. The machine gives instructions to control the rotation Angle of multiple stepper motors, and the motor shaft drives the transmission mechanism, so that the main motion mechanism works at the same time to achieve the desired control effect, so the stepper motor is a very suitable choice.
2. Application of stepper motor in automobile
There's been a lot of news about autonomous driving lately. The technology is mature and needs to be perfected before it can be used on a large scale. Unmanned driving involves connecting a motor to a coupling that drives the rotation of the steering wheel and bottom steering mechanism by controlling the rotation of the motor through the coupling. Because of the complex internal mechanical structure, the use of small car stepper motor can better make the whole system work, while saving internal wiring, convenient mechanical work.
3. Application of stepper motor in photographic and meteorological observation head
Many observation and photography devices require smooth motion and low noise during motion and rotation. Our company's stepper motor can effectively solve this problem. In addition, our company's equipment is easier to handle, handle and store. The motion synchronization is also very strong.
Our stepper motors can not only meet high speed motion application scenarios, but also have models designed for low speed applications. At the same time, we select and match according to specific application scenarios. After a series of digital and analog analysis, mechanical modeling can be formed accordingly.