Before mold manufacturing, we provide DFM (Design for Manufacturing) analysis reports to optimize product structure, wall thickness, draft angles, etc., thereby enhancing manufacturability, reducing costs, and avoiding potential defects. Additionally, we use professional simulation software for mold flow analysis to proactively predict and address issues such as uneven filling, weld lines, sink marks, and warpage, ensuring the mold design is successful in the first attempt and shortening the trial molding cycle.

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Equipped with advanced equipments, along with an experienced team of technicians, we strictly adhere to drawings to ensure mold accuracy. Upon mold completion, we utilize our in-house injection molding machines to quickly conduct trial molding and small-batch sampling. Once the samples are confirmed, we proceed with mass production.

We are equipped with advanced devices such as high-precision CNC machines, EDM machines, and five-axis machining centers. Combined with digital technologies like mold flow analysis, we ensure mold accuracy and efficiency from both hardware and design perspectives, effectively controlling costs.

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And, we possess expertise in designing and manufacturing complex mold structures including sliders, lifters, and gas-assisted molding. We also support injection molding with various materials, ranging from standard plastics to high-performance engineering plastics.

We strictly adhere to high-precision tolerance control standards (up to ±0.01mm), fully meeting the precision manufacturing requirements of industries such as medical and electronics. In mass production, we consistently maintain high dimensional stability and excellent product yield rates, providing reliable quality assurance for our customers.