Reliable Mechanical Elements for Technical Designs

Machining is a key means to transform mechanical components from design drawings into physical entities, directly determining the precision, performance, and application scenarios of the components. Whether it is basic components such as shafts, gears, and bearing rings, or complex parts like mold cavities and special aerospace components, all need to be gradually formed through processes such as turning, milling, grinding, and drilling. For example, shaft parts are first roughly shaped by turning, and then the precision of the cylindrical surface is improved through grinding; gears require milling to form the tooth profile, followed by processes such as hobbing and shaving to optimize meshing performance. High-quality machining not only ensures that the dimensional error of components is controlled at the micrometer level but also enhances their hardness and wear resistance through surface treatment (such as grinding after quenching). Ultimately, this allows the components to bear lo…