The products in the field of electronic communication include 5G RF connectors, coaxial connectors, sensor housings, heat dissipation connectors, optical barrels, etc. The parts are generally small in size, complex in structure, and have composite features such as rotating surfaces, flat surfaces, slots, and multiple holes; The characteristics of the order are mass production in large quantities, fast iteration updates, and the need to pursue extremely fast processing cycles while strictly controlling batch size consistency. Cutting small parts can easily lead to problems such as tool deviation and size drift, requiring high dynamic performance and repeat positioning ability of the equipment.
Harman Precision Cutting Series and TC200 High Speed Series are the preferred equipment for processing electronic communication small parts. The precision cutting series adopts a cutting tool holder with a cutting tower indexing delay, which eliminates the theoretical tool changing time and approaches zero. The compact body structure saves factory space; The high rigidity bed body, combined with imported high-precision screw guide rails, has excellent repeat positioning performance and stable dimensions for large-scale production. The TC200 high-speed series high-speed spindle is suitable for high-speed cutting of non-ferrous metals such as copper and aluminum, with good surface smoothness during machining.
The machine tool supports the selection of automatic feeding and unloading robotic arms, and builds simple automation units to achieve long-term unmanned mass production. The device is compatible with mainstream systems such as the new generation and Fanuc, making it convenient for enterprises to program and change models, and quickly respond to product iterations. Harman provides process optimization services for connectors and communication components, optimizing cutting parameters to help electronic manufacturing enterprises increase production capacity, reduce batch scrap, and efficiently cope with the pressure of massive order production.
