Recently, the connector mold industry has accelerated its upgrading process driven by both technological breakthroughs and standardization construction. It precisely meets the demanding requirements of high-end fields such as new energy vehicles and high-speed optical modules, and the quality of the industry's development has continued to improve.

Technological innovation has become the core competitiveness. The multi-cavity molds, through structural optimization design, effectively solve the problem of uneven cavity capacity that leads to product size deviations, and at the same time enhance the mold's versatility to reduce mold replacement costs. The penetration of automation technology significantly improves efficiency. The visualization of electrode information and the application of programming and detection automation systems have increased electrode operation efficiency by 80%, EDM processing efficiency by 50%, and processing accuracy to 100%, providing support for the batch production of micro and complex molds. In the high-end product field, the 48-core plug-in core mold adopts a conformal waterway design, controlling the injection temperature fluctuation within ±1℃, combined with nanometer-level polishing technology, ensuring that the product insertion loss is ≤0.25dB and the return loss is ≥55dB. For special scenarios, PEEK + carbon fiber composite material molds have achieved wide temperature tolerance from -55℃ to 150℃, meeting the requirements of vehicle-mounted and high-speed optical module applications.

Standardized construction resolves industry pain points. The implementation of the new national standard has clarified 17 key indicators such as ±0.005mm for cavity tolerance and ≤±1℃ for temperature control deviation of the hot runner system. This has eliminated the fragmentation of customer standards, increased the cross-customer design module reuse rate from 19% to 44%, and significantly reduced R&D costs. The supporting services have also been improved simultaneously. The inspection sharing center is located in the cluster area and provides one-stop services such as three-coordinate measurement and mold flow analysis, ensuring quality control.

Localized development is adapted to market demands. For the domestic automotive wiring harness and industrial automation fields, the platform-based designed crimping molds are locally supplied. This not only enhances design efficiency and shortens delivery cycles, but also conforms to international crimping standards. Combined with local agent services, it further meets the market's demand for high-quality molds.