News

JinYi Mold’s Air Intake Manifold Injection Mold sets a new benchmark for high-performance automotive engines. Designed through advanced computational modeling, the precision tooling aligns seamlessly with automotive alignment tools protocols, ensuring perfect channel conformity. Each mold is engineered for integration within a complete automotive tool set, enabling OEMs and aftermarket specialists to streamline assembly processes. Our collaboration with milwaukee automotive tools experts validates our rigorous standards, while a partnership in low profile car jack manufacture highlights our ability to manage complex structures. Featuring a multi-cavity stack mold layout, this solution delivers consistent quality across large-scale runs.

DONGGUAN, China – JinYi Mold, a trusted name in high-end tooling since 1998, today announced its expanded product line of rugged plastic parts for military applications. Designed for extreme field environments – including tactical communication enclosures, electronic warfare component housings, and soldier-worn gear – these components withstand wide temperature swings, high humidity, salt spray, vibration shock, and electromagnetic interference.

Edge cavity flashing in multi-cavity injection molds is often caused by thermal imbalance and mold deflection. Learn how to solve it for PEEK parts.

Discover how EDM electrode precision, wear compensation, and digital control systems impact mold accuracy, reduce fitting work, and improve first trial success rates.

Explore the micro-mechanism of stress cracking in high-cavity PC/ABS injection molds, focusing on residual stress, thermal fatigue, and venting optimization for long-term mold stability.

Discover how In-Mold Assembly (IMA) revolutionizes high-volume production. Learn how our integrated manufacturing solutions eliminate secondary assembly, drive automotive cost reduction, and ensure 100% precision. Stop paying for manual labor—engineer your assembly inside the mold.