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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 adopt light alloy (such as aluminum alloy) or engineering plastic (such as PC/PMMA composite sheet), and realize complex structure molding through precision CNC turning and milling, taking into account the needs of lightweight and electromagnetic shielding. Surface treatment can improve corrosion resistance and signal penetration.
Key control: Strict control of dimensional tolerance (±0.01–0.05mm), especially the accuracy of holes and slots; for brittle materials such as ceramics, dust-proof design CNC equipment is used to suppress dust damage and ensure processing stability.
Mass production adaptation: Relying on four-axis/five-axis CNC and turning and milling composite processes, it supports small-batch customization and rapid iteration to meet the high-frequency update needs of 5G components; through automated equipment (such as laser cutting and precision engraving machines), it can increase production capacity and reduce costs.