Our precision injection molds serve a wide range of industries, including medical (e.g., syringes, test kit housings), consumer electronics (connectors, keyboards) and automotive precision components (sensor housings, micro-motor parts), They are compatible with various engineering plastics such as PP, PC, POM, and LCP, supporting mass production of products with complex structures
The process has 5 steps: ① Needs communication (confirming drawings/samples, materials, and production capacity requirements) → ② Structural design and CAE simulation (optimizing gating/cooling systems) → ③ Precision machining (CNC, wire-cut EDM, EDM, etc.) → ④ Test molding and parameter debugging → ⑤ Acceptance and delivery. Standard molds take 30-45 days; complex structures (e.g., multi-slide, hot runner systems) take about 50-60 days.
Yes. Customization is available based on physical samples like 2D/3D drawings (formats: STP, IGS, DWG). If only conceptual requirements are provided, our engineers can assist in structural design optimization and provide feasible solutions before mold development.
Pricing depends on: ① Product complexity (number of cavities, ejection structure difficulty); ② Precision requirements (tolerance range, surface finish); ③ Material selection (mold steel type, hot runner brand); ④ Production volume (affecting test molding times and process costs). We will provide a detailed quotation within 24 hours after receiving product drawings or samples.
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