Machined parts are widely used in various fields.
2026-01-30
Aerospace: Key components used in the manufacture of aircraft engines (such as blades and turbine disks), airframe structures, and landing gear. These components have extremely high requirements for precision, strength, and quality.
Automotive Manufacturing: Core components of automobile engines—such as cylinder blocks, cylinder heads, and crankshafts—as well as vehicle body frames and certain precision interior parts—all require machining. The large-scale production characteristics of the automotive industry also place high demands on machining efficiency and cost control.
Medical devices—such as surgical instruments (e.g., scalpels, forceps), implants (e.g., artificial joints, dental implants), and components of medical equipment (e.g., rotating parts of CT scanners)—are all manufactured through precision machining to meet the stringent requirements of medical devices for accuracy, safety, and biocompatibility.
Electronic Device Manufacturing: The machining of components such as housings, internal frames, and heat sinks for electronic devices like mobile phones and computers is also indispensable. To meet the demands for lighter, thinner, and higher-performance electronic devices, machining must continuously improve in both precision and efficiency.
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There are various machining methods for machined parts.
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