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CNC precision machining is used in the communications field to manufacture high-precision, miniaturized, and complex core components. It uses micron-level machining accuracy to ensure the dimensional stability and signal transmission quality of key components such as 5G base station filter cavities, microwave waveguide components, and satellite communication antenna feeds; it processes complex geometric bodies such as special-shaped heat sinks, RF connectors, and optical fiber ferrules through multi-axis linkage capabilities; and it efficiently cuts hard and brittle materials such as ceramic substrates and special alloys to meet the high-frequency, weather-resistant, and long-life requirements of communication equipment. It is the core manufacturing guarantee that supports the iterative upgrade of 5G/6G, satellite communications, and optical communication technologies.
Material and process: Mainly made of aluminum alloy or aluminum-magnesium alloy (such as 6061), formed by CNC precision machining, combined with surface treatments such as anodizing and sandblasting to improve heat dissipation and corrosion resistance.
Key control: The accuracy must reach ±0.05mm to ensure structural adaptability. The heat sink design contains a raised structure to increase the heat dissipation area, and the heat is efficiently exported through the heat transfer plate.
Mass production adaptation: Supports small batch customization (1 piece) and large batch production (≥500 pieces), and the supply chain has rapid response capabilities (25 days delivery) to meet the diverse needs of communication equipment radiators.