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What is the core competitiveness of the connector enterprise? Overcoming this problem will not be easily abandoned by the market

The connector industry belongs to the sub-industry of precision manufacturing. As terminal products continue to become thinner and lighter, with better performance, connectors are developing in the direction of miniaturization, high speed, and high current, making the design more difficult. The connector industry is a technology-driven industry. The technical characteristics of connector products are greatly affected by the technological development of downstream industries. Every technological advancement and change will bring huge changes and even revolutionary influences to the entire industry, thereby promoting the continuous development of the connector industry. TXGA has the ability to design, develop and manufacture engineering molds on its own, which can effectively shorten the mold processing cycle and the time of assembly and test molds for you, and meet the rapid response needs of the technology industry. Enter [Product Center] and purchase connectors immediately.

Connector molds generally have features such as complex shapes, high requirements for accuracy, and short processing cycles. This makes precision product molds in short supply, and having mold manufacturing capabilities is one of the core competitiveness of connector manufacturers. Facing the current situation of orders with a wide variety of products and many non-standardized products, rapid manufacturing of molds can reduce production costs, ensure product accuracy and yield. Therefore, TXGA has increased the level of mold making technology by increasing R&D investment and equipment investment, and combined with standardized production The management method is to shorten the mold manufacturing cycle as much as possible under the premise of ensuring quality. Help customers seize the opportunity.

TXGA can use professional engineering analysis methods (tolerance analysis, failure mode analysis) and simulation software (finite element analysis method) to avoid design errors and ensure product functions meet requirements. Provide customers with high-precision, low-cost, high-efficiency and high-quality molds based on the design concept of standard mold base quick mold change.