Application   Due to the particularity of the textile industry, machinery and equipment generally need 24 hours of operation, and textile equipment has a high demand for the speed and accuracy of the motor. With more than 10 years of experience in the textile industry, we can provide customized motors that meet the actual needs of the textile industry.     customization    Ball bearing customization Winding customization Motor temperature customization               

    Stepper motors are widely used in SMT machines, which can achieve precise part positioning and fast SMT operations. The following are several common applications of stepper motors in SMT machines:       XY platform movement: The XY platform in the SMT machine usually uses a stepper motor to achieve accurate movement and positioning. These motors can precisely control the position of the patch head on the horizontal plane, enabling it to accurately remove the components from the feeder and place them precisely in the target position.       Z-axis motion: The stepper motor can also be used to control the Z-axis motion of the film mounting head. Through the drive of a stepper motor, the laminating head can achieve vertical up and down movement, thereby achieving precise positioning and lamination of components.       Feeder control: The component feeder in the SMT machine is usually equipped with a stepper motor to control the feed of the components. The stepper motor can accurately control the feed rate and position of components to ensure that they are taken out in a predetermined sequence and sent to the mounting head for installation.       Visual guidance: Some advanced SMT machines are equipped with visual systems to detect component positions and adjust the SMT process. Stepper motors can be used to control the movement of the visual system for accurate positioning and correction operations before mounting.       Overall, the application of stepper motors in SMT machines enables the SMT process to achieve high precision and efficiency. By controlling the XY platform, Z-axis movement, feeder, and visual guidance, stepper motors can achieve fast and accurate component positioning and SMT operations, improve production efficiency, and ensure SMT quality.    

    Stepper motors have various applications in medical equipment, and their precise control and reliability make them indispensable key components in many medical devices. The following are common applications of stepper motors in medical equipment:       Surgical instruments: Stepping motors are widely used in surgical instruments, such as surgical robotic arms, surgical robots, etc. They are used to control the movement of instruments, achieving precise positioning, stable operation, and high flexibility, helping doctors perform precise and safe surgeries.       Medical imaging equipment: Stepper motors play an important role in medical imaging equipment. For example, in CT scanners, X-ray imaging equipment, and magnetic resonance imaging machines, stepper motors are used to control rotating platforms, move scanning heads, or adjust imaging planes to accurately locate and move the components of the device.       Infusion pump: Stepping motor is widely used in infusion pumps to control the flow rate and speed of liquid delivery. By precise control of the stepper motor, accurate liquid administration can be provided and adjusted according to the patient's needs.       Respirator: The stepper motor in the ventilator is used to control the delivery and regulation of airflow. They can precisely control the pressure, frequency, and volume of airflow to meet the different needs of patients and ensure the stability and reliability of the ventilator.       Precision positioning equipment: In some medical devices that require high-precision positioning, stepper motors are widely used. For example, in equipment such as microscopes, locators, probes, etc., stepper motors can provide very small stepper angles and high-precision motion to achieve accurate positioning and movement at the micrometer level.       Overall, stepper motors play an important role in medical equipment, helping to achieve high-precision motion and positioning requirements through their precise control and reliability. They play a crucial role in improving the performance, accuracy, and safety of medical equipment, providing support for the development of the medical industry and the health of patients.    

    Stepping motors are widely used in textile machines. A stepper motor is a special type of motor that can perform precise stepper motion based on the input pulse signal. In textile machines, stepper motors are typically used to control yarn supply, weaving, and embroidery operations.       The following are the main applications of stepper motors on textile machines:       Yarn supply control: The stepper motor can control the supply speed and tension of the yarn, ensuring the stability and uniformity of the yarn during the weaving process. By adjusting the pulse signal frequency and direction of the stepper motor, the supply speed of different yarns can be adjusted.       Weaving control: The stepper motor can control the movement of the weaving machinery, including the up and down movement of the weaving frame, the left and right movement of the weaving head, and so on. By precise step control, various weaving patterns and density adjustments can be achieved.       Embroidery control: The application of stepper motors on embroidery machines is relatively common. It can control the movement of the embroidery frame, allowing the embroidery needle to perform precise embroidery according to the designed pattern. By controlling the stepper motor, the high-speed operation and high-precision embroidery of the embroidery machine can be achieved.       Automatic positioning and calibration: Stepper motors can be used for automatic positioning and calibration of textile machines. By controlling the movement of the stepper motor, accurate positioning and calibration of textile machinery can be achieved, improving production efficiency and product quality.       Overall, the application of stepper motors on textile machines can improve production efficiency, achieve precise control and automated operations, and bring higher production quality and economic benefits to the textile industry.  

    Stepper motors are widely used in 3D printers. The stepper motor in 3D printers is mainly used to drive key components such as print heads, platform movement, and material supply.       Drive Print Head: The print head in 3D printers typically requires precise and stable motion control to achieve precise printing operations. The stepper motor can provide high-precision position control and reliable rotation, enabling the print head to accurately move and position according to a predetermined path, achieving complex printing operations.       Platform movement: The platform of a 3D printer needs to be accurately moved vertically or horizontally during the printing process. The stepper motor can achieve precise positioning and motion control of the platform by controlling mechanical structures such as spiral rods, transmission belts, or gear systems. This ensures that each layer of printing can be accurately positioned and fixed according to design requirements.       Material supply: In some 3D printing technologies, materials need to be stacked layer by layer and accurately supplied to the printing head. A stepper motor can be used to control the material supply device, accurately pushing or pulling materials according to design specifications to ensure the continuity and accuracy of the printing process.       Overall, stepper motors are key components for achieving precise positioning and motion control in 3D printers. They can drive the printing head, platform movement, and material supply functions through accurate stepper motion, thereby achieving high-quality 3D printing results.

An automatic control device that mimics the function of a human arm and can complete various tasks. This robotic system has multiple joints to allow movement in flat or three-dimensional space or to use linear displacement motion. The robotic arm is driven by an electric motor, and in this application, accuracy and durability of motion are key performance factors, requiring long life and high acceleration in a small space. We offer our customers high precision and high efficiency motors that can be custom designed for specific applications.     Advantage Throughout the life cycle, motor performance remains unchanged   High efficiency for longer battery life   Stepper motor technology that provides high acceleration   High precision and reliable control