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New Trends in the Plastic Mold Industry for 2025: High Precision and Automation Become the Mainstream Models
As market demands for product quality continue to rise—particularly in industries such as precision electronics, automotive components, and medical devices—the traditional mold-making techniques can no longer meet the growing requirements for precision and complexity. By 2025, high-precision molds will become the industry mainstream.
As market demands for product quality continue to rise—particularly in industries such as precision electronics, automotive components, and medical devices—the traditional mold-making techniques can no longer meet the growing requirements for precision and complexity. By 2025, high-precision molds will become the industry mainstream.
Breakthroughs in Precision and Technology:
The widespread application of CNC five-axis machining technology enables molds to achieve higher-precision cutting and machining, meeting the demands of complex product structures and fine dimensional tolerances.
High-precision technologies such as mirror-finish spark machines, laser welding, and slow-speed wire EDM enable even more precise control over mold surface finish and detail accuracy.
🔍 Improved precision not only extends the tool life but also significantly enhances the appearance quality and assembly accuracy of the products.
Automated Production: Transitioning from Manual to Intelligent Operations
The automation of mold production has become an irreversible trend. Traditional mold manufacturing relies on manual operations, resulting in long production cycles, low output, and frequent quality fluctuations. In contrast, modern automated production lines—by integrating high-precision machinery, intelligent control systems, and big data analytics—have achieved fully automated and highly efficient production.
Advantages of automation:
The automatic tool-changing system reduces manual intervention and improves production efficiency.
The application of robotic manipulators and robotics technology makes the mold injection molding process more precise and stable.
The mold monitoring and data acquisition system enables real-time monitoring of production status, process parameters, and fault warnings, thereby ensuring product quality.
Automated production not only reduces labor costs but also significantly shortens the production cycle and markedly boosts production efficiency.