Case Background: As smart homes become more prevalent, electric curtains are gaining popularity. A smart home brand aimed to provide customers with electric curtains that are easy to operate, run smoothly, and produce minimal noise.

Motor Selection and Reasons: After comparison and testing, the 2838 worm gear small motor was chosen. This motor is compact, measuring only 38mm in length and 28mm in diameter, making it suitable for installation in narrow spaces like curtain boxes. Featuring a double ball bearing design, it ensures smooth operation, low friction, and minimal noise, enhancing user experience. It supports both DC12V and DC24V power supplies, offering strong versatility and adaptability to different household power systems. Additionally, it has PWM speed control functionality, enabling speed adjustment and control of the motor's forward and reverse rotation, meeting varying curtain opening and closing speed requirements.

Application Effects: In practical use, the 2838 worm gear small motor has performed exceptionally well. Its low noise operation does not disturb the home environment. The excellent speed control ensures smooth and steady curtain movement, allowing users to adjust the speed as needed. With high reliability and long-term stable operation, it requires minimal maintenance, providing efficient, stable, and quiet power support for smart home electric curtains and boosting the product's market competitiveness.

Case Background: An industrial automation equipment manufacturer sought a suitable motor for its production line material handling devices. The motor needed to achieve precise speed control and deliver high torque output to ensure accurate and stable material handling.

Motor Selection and Reasons: The 2838 worm gear small motor was the top choice. With its simple speed control, stable rotational speed, and adjustable torque, it could meet the production line's speed requirements. The motor's self-locking function in worm gear transmission prevents material slippage when stopped, ensuring accuracy. Moreover, its high efficiency and low energy consumption reduced production costs while fulfilling equipment operation needs.

Application Effects: In actual operation, the 2838 worm gear small motor has proven to be stable. It accurately controls material handling speed and position according to preset programs, improving production efficiency and product quality. Its stability and reliability have decreased equipment maintenance costs and downtime, earning user recognition.

Case Background: A research team aimed to develop a small reconnaissance robot with flexible mobility, high maneuverability, and reliability for complex environment exploration.

Motor Selection and Reasons: The 2838 worm gear small motor was selected due to its small size, light weight, high torque, and adjustable speed. Its compact size and low weight make the robot lightweight and easy to maneuver in confined spaces and complex terrains. With PWM speed control, the robot can achieve stepless speed adjustment, satisfying different speed requirements, and its forward and reverse rotation capabilities enhance robot mobility.

Application Effects: In practical tests, the robot equipped with the 2838 worm gear small motor demonstrated remarkable flexibility, successfully navigating various challenging terrains like grassland, sand, and slopes to accomplish reconnaissance missions. The motor has proven to be reliable and durable, operating fault-free through multiple tasks and providing robust support for the robot's stable operation, showing great application potential.