S111 Motor mount

Several main functions of the motor base: Fixed motor: The motor mount securely fixes the motor to the structure of the equipment, preventing the motor from moving or falling off during operation. Absorb vibration: The motor will generate vibration when running. The motor base can absorb these vibrations and reduce their transmission to the entire equipment, thereby protecting other components and extending the service life of the equipment. Align the motor position: The motor mount can help accurately align the motor position, ensuring that the axis of the motor is aligned with the axis of other components (such as gears, couplings or belts) to ensure operating efficiency and reduce wear. Reduces noise: Since the motor mount is able to absorb vibrations, it also helps reduce noise generated during operation, providing a quieter working environment. Improved safety: By stably mounting and supporting the motor, the motor mount helps prevent displacement or failure caused by motor operation, thereby improving the safety of the entire system. Convenient maintenance: A well-designed motor base can make the installation and removal of the motor more convenient, thereby simplifying daily inspection and maintenance work. The material of the motor mount is usually metal (such as steel or aluminum), but sometimes strong plastic or composite materials are used, depending on the application and environmental requirements.

The accuracy of the high motor holder in the comprehensive inspection tool needs to consider many factors, including design, materials, manufacturing processes and installation

Precision design: During the design stage, ensure that the tolerances of all critical dimensions and mating parts are within the allowable range to reduce cumulative errors.

Material selection High-quality materials: Choose materials with good mechanical properties, such as high-strength steel, aluminum alloy, or carbon fiber. These materials have stable mechanical properties and can maintain high precision. Low coefficient of thermal expansion materials: Use materials with a low coefficient of thermal expansion to reduce dimensional changes caused by temperature changes. 

Manufacturing process Precision machining: Use high-precision machining processes, such as CNC machining, grinding and polishing, to ensure the dimensional accuracy and surface finish of each part. Heat treatment: Proper heat treatment can improve the mechanical properties of the material, reduce deformation and stress concentration, and thereby improve accuracy.