Скачать или смотреть Machining Process of a White Metal Bearing

The process of *machining a white metal bearing (Babbitt bearing)* requires high precision and careful control to ensure optimal performance and long service life. White metal bearings are commonly used in rotating machinery due to their excellent load-carrying capacity, low friction characteristics, and ability to embed small contaminants. Machining begins after the white metal is cast or bonded onto the bearing shell, preparing it for final shaping and finishing.

During machining, operations such as turning, boring, or facing are carried out to achieve the exact internal diameter, roundness, and surface finish required. Cutting parameters must be carefully selected because white metal is relatively soft and sensitive to excessive heat or tool pressure. Sharp cutting tools, proper feed rates, and adequate cooling are essential to prevent surface tearing and to maintain a smooth, uniform bearing surface.

The final stage of machining focuses on achieving precise tolerances and a high-quality surface finish that ensures proper lubrication and stable shaft rotation. A well-machined white metal bearing reduces vibration, minimizes wear, and improves overall machine reliability. This process reflects the importance of accuracy and craftsmanship in precision machining, where even minor deviations can significantly affect the performance of critical mechanical components.

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