Products
Our products are widely used in automotive, medical, semiconductor, aerospace and other fields to meet customers' pursuit of high quality and innovation
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.
Materials and Processes: Use aviation-grade aluminum alloy (such as 6061) and titanium alloy, and use multi-axis CNC machine tools for high-precision milling and turning to achieve one-time molding of complex cavity structures, ensuring material strength and lightweight requirements.
Key control: Focus on micron-level accuracy (tolerance ±0.01mm) and surface consistency, rely on CAD/CAM programming to optimize cutting paths, monitor tool wear and vibration in real time, and ensure hole positioning accuracy (±0.001mm) and dimensional stability of conductive parts.
Mass production adaptation: Support flexible production: Based on unified program batch processing, automated tooling fixtures achieve rapid line change, adapt to small to large order requirements of communication components such as 5G base station filters and RF modules, and shorten the mass production cycle by 30%.