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Although seemingly insignificant, the end cover is a critical component in determining the performance and operational stability of the entire motor.

Aluminum alloy housings, in particular, are becoming a key foundation for creating sophisticated and complex optical cavities due to their excellent machinability, high thermal conductivity, and structural strength.

The aluminum alloy housing utilizes high thermal conductivity materials, an integrated heat dissipation structure, precision assembly, and excellent environmental adaptability to create an efficient.

Through technological innovation, nebulizer compressors achieve fast startup and adaptive pressure regulation, significantly improving the responsiveness and efficiency of nebulization therapy.

Surface treatments such as anodizing not only enhance corrosion resistance but also form a microporous insulating layer to prevent electrochemical corrosion, improving the motor's durability in humid or industrial environments.

Aluminum alloy motor brackets, through their lightweight design, significantly improve operational flexibility, power transmission efficiency, vibration absorption, and heat dissipation while reducing weight.