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[Industry News]Hardcore Technological Breakthrough | 30s Intelligent Quick Die Change for Molded Pulp, Unlocking a New Track for Flexible & High-Efficiency Production

Release time:

Dec 27,2025

[Industry News]Hardcore Technological Breakthrough | 30s Intelligent Quick Die Change for Molded Pulp, Unlocking a New Track for Flexible & High-Efficiency Production
[Industry News]Hardcore Technological Breakthrough | 30s Intelligent Quick Die Change for Molded Pulp, Unlocking a New Track for Flexible & High-Efficiency Production

Hardcore Technological Breakthrough | 30s Intelligent Quick Die Change for Molded Pulp, Unlocking a New Track for Flexible & High-Efficiency Production

Traditional pulp molding mold replacement takes 1-2 hours with unguaranteed precision, restricting flexible production. The technological breakthrough of the Ningbo mold cluster in 2025 has completely solved this pain point.

The fifth-generation ultrasonic mold developed by the cluster integrates core technologies such as intelligent positioning, reducing the mold change time to 30 seconds with a precision error of ≤0.02mm, improving efficiency by 40%. At the same time, it reduces reliance on labor—ordinary workers can operate after simple training, cutting labor costs by 15%-20%.

This technology promotes the industry to achieve "multi-category, small-batch, and fast-delivery" flexible production, adapting to scenarios such as customized catering packaging and precise production of 3C electronic linings. Data shows that the order response cycle of production lines adopting this technology has shortened from 7-10 days to 2-3 days, with an on-time delivery rate exceeding 98%.

Technological upgrading has simultaneously optimized mold performance. The new generation of nano-coated molds has 3 times higher wear resistance, with service life increased from 500,000 times to 1.5 million times, reducing maintenance costs by 60%. The Ningbo mold cluster has formed a full industrial chain service capability, with mold delivery cycle ≤7 days, accelerating technological popularization.

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