Digital design and manufacturing: With the continuous progress of computer-aided design (CAD) and computer-aided manufacturing (CAM) technology, digital design and manufacturing have become an important trend in the plastic mold industry. By using advanced 3D modeling software and simulation tools, designers can more accurately create complex mold structures and conduct simulation tests to optimize design. Digital manufacturing technologies such as CNC machine tools and laser cutting have improved the manufacturing accuracy and production efficiency of molds.

Rapid prototyping technology: Rapid prototyping technologies such as 3D printing and rapid cutting machining have brought revolutionary changes to the plastic mold industry. 3D printing technology can quickly manufacture complex shaped mold components by stacking materials layer by layer, reducing the time and cost of traditional manufacturing processes. Rapid cutting technology utilizes high-speed cutting tools and advanced tool materials to achieve efficient machining of mold parts, improving production efficiency and quality.

Intelligent and automated production: With the rapid development of artificial intelligence and automation technology, the plastic mold industry is also actively applying intelligent and automated production systems. The intelligent mold manufacturing process can achieve data collection and analysis through sensors and real-time monitoring systems, improving the controllability and reliability of the production process. The application of automated production lines and robot systems can achieve automatic loading and unloading of molds, workpiece detection, and quality control, improving production efficiency and consistency.

Material and coating innovation: The application of new materials and surface coatings has provided new breakthroughs in the performance and lifespan of plastic molds. For example, high-strength and wear-resistant engineering plastic materials can increase the durability and damage resistance of molds. Advanced surface coating technologies such as diamond like thin film coating (DLC) and nano coating can reduce friction and wear, and extend the service life of molds.