We introduce the CAE software "3D TIMON," which uses 3D models to calculate the flow of molten resin inside molds and predict various molding defects.
By using 3D TIMON for resin flow analysis, it is possible to predict molding defects at the design stage, thereby reducing the number of mold modifications and prototypes, which leads to a shortened development period and cost reduction. The analysis procedure is as follows: 【Step 1】 Mesh the target shape for analysis. (By meshing, the target shape can be represented as a "collection of small simple shapes," allowing for computation on a computer.) 【Step 2】 Set the necessary conditions such as "filling time," "injection pressure," "holding pressure," "holding time," "cooling time," "resin temperature," "mold temperature," and "resin data." 【Step 3】 Start automatic calculations by the computer.
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basic information
In recent years, CAE analysis has become an indispensable tool in manufacturing, but both the software and computers are expensive, and it is a process that requires a significant amount of labor. Our company offers a one-stop service that includes everything from basic data acquisition to CAE analysis, mold design and manufacturing, resin molding, and evaluation. However, we can also provide support specifically for CAE analysis, which can often become a bottleneck in the development process, so please feel free to contact us with any concerns related to actual molding.
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Delivery Time
※The delivery date may vary depending on the content and quantity, so please feel free to contact us.
Applications/Examples of results
The details of the software are as follows: ■ Manufacturer: Toray Engineering Co., Ltd. ■ Name: 3D TIMON 10 R6.0 ■ Input files: STL files, STEP files ■ Types of analysis: Filling pattern, resin temperature, weld intersection angle, glass fiber orientation, warpage after molding
Company information
To support the digitalization of the development and manufacturing processes in manufacturing, we provide a one-stop service for a series of technical services from "reverse engineering" to "prototyping and processing" to "evaluation and experimentation." To implement new processing technologies and production techniques such as 3D scanning, reverse engineering, 3D printing, and resin molding in actual sites, extensive verification and evaluation are required. By outsourcing these processes to us, we believe it will lead to a more effective use of your management resources. Please take advantage of our technical support services for the development, design, prototyping, and evaluation processes in manufacturing, built on the expertise we have cultivated over 20 years of supporting manufacturing development and contract evaluation services.