In this training, we thoroughly studied the basic knowledge and technical points of mold flow analysis, and mastered how to use professional software to simulate and optimize the mold design scheme. Through practical operation and case analysis, we have a deeper understanding of the practical application and advantages of mold flow analysis.
Trainers also shared rich experience and skills for us, which saved us a lot of detours in the learning process. Their patient and meticulous explanation and guidance enabled us to master the relevant knowledge and skills faster.
Through this training, we not only improved our professional skills, but also broadened our horizons and ideas, and gained a deeper understanding of mold design and manufacturing. I believe that in the future work, we will be able to use the model flow analysis technology more skillfully and make greater contributions to the company's business development.
Putian mold flow analysis training is a very practical and valuable course, which has benefited us a lot. Thank the trainer for his patient guidance and help, and thank the company for providing such learning opportunities. We will continue to learn and improve our professional skills and contribute to the development of the company.
The significance of Putian mold flow;
1. Promote the transformation and upgrading of footwear industry: Putian footwear industry enjoys a high reputation at home and abroad, but for a long time, Putian footwear industry has been mainly engaged in OEM production, lacking independent brands and innovative ability. The introduction of mold flow can help Putian shoe industry realize the transformation from technical imitation to independent research and development, and promote the transformation and upgrading of Putian shoe industry to high-end, intelligent and green direction.
2. Improve product quality: Mold flow technology can simulate the behaviors of shoe materials such as flowing, filling, pressure maintaining and cooling during processing, so as to predict product defects and optimize process parameters. Through mold flow analysis, possible quality problems can be predicted and prevented in product design and mold design stages, and product quality and production efficiency can be improved.
3. Reduce production cost: Mold flow analysis can optimize mold design and injection process, reduce mold trial times and mold maintenance costs, and shorten product development cycle and time to market. At the same time, through the mold flow analysis, we can also optimize the material selection and processing technology, reduce the production cost and improve the competitiveness of enterprises.
4. Enhance the innovation ability of enterprises: The introduction of mold flow technology can help enterprises to establish independent R&D teams, cultivate innovative talents and improve their independent innovation ability. At the same time, mold flow technology can also be integrated with other R&D platforms of enterprises to form a complete R&D system and accelerate the transformation of enterprise innovation achievements.
5. Promote the coordinated development of industrial chain: The introduction of mold flow technology can promote the coordinated development of the upstream and downstream industrial chain of Putian footwear industry. For example, die manufacturing, material supply, machining and other supporting industries can benefit from the application of die flow technology, forming a benign interactive industrial chain ecology.