Application of CAE Technology in Equipment, Mould and Products

1. Shorten the development cycle of the product.

2. Reduce the cost of the product.

3. Find problems and solve problems in time.

CAE (Computer-Aided Engineering) technology uses computer software to analyze the performance, safety and reliability of engineering and products, and simulate their future working states and operating behaviors. It plays a crucial role in the manufacturing industry. In terms of equipment, it can model the mechanical structure, analyze the stress situation, optimize the structural design to reduce weight and cost. Through thermal analysis, it can predict the temperature field distribution and design the heat dissipation system. By using fluid dynamics analysis, it can optimize the flow channels and improve the transportation efficiency. With the help of dynamic analysis, it can control vibration and enhance the stability of the equipment. In mold design, for injection molds, it can simulate the filling process of plastic melts and optimize the gate and runner to improve the quality of injection molded parts. For stamping molds, it can predict the deformation defects of sheet metal and optimize the process parameters. For die-casting molds, the thermal fatigue analysis helps to extend the service life of the molds. For products, electronic products can undergo reliability analysis for design optimization. Packaging products can simulate mechanical properties to reduce costs. Biomedical products can have their performance evaluated to ensure the safety in use. Although CAE technology faces challenges such as the complexity of software, high demand for computing resources and the need to improve the accuracy of models, it has remarkable advantages. It can shorten the development cycle, reduce costs and improve quality, thus promoting the development of the manufacturing industry.