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Simulation Program Product List

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Vacuum Forming Simulation Program T-SIM

Vacuum Forming Simulation Program T-SIM

By adopting a viscoelastic model of the integral type, accurate analysis of sheet sag during drawdown and cooling after molding is achieved.

We flexibly reproduce the increasingly diverse vacuum forming processes, including the specification of clamp positions, temperature and thickness distribution of the sheet, friction and heat transfer between the mold and the sheet, timing of vacuum and pressure air, and the shape of the assist plug. We automatically calculate the optimal initial sheet temperature settings to achieve a uniform thickness distribution.

  • Other molds

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Extrusion Molding Simulation Program Virtual Extrusion Lab Series

Extrusion Molding Simulation Program Virtual Extrusion Lab Series

Developed by the world-renowned authority "Dr. Bill Check Engineering." It is a simple analysis software that integrates pre- and post-processing, specializing in "optimal design" and "stable molding."

Simulation software for extrusion molding is currently available in various types. However, it is also true that there are many cases where it is not being utilized effectively. Many of the reasons for this include "the usage is difficult," "uncertainty about how to use the software for troubleshooting," and "lack of someone to consult with." In other words, if the product itself is user-friendly and the support system after purchase is robust, simulation software becomes an essential item for extrusion molding sites, as it can help eliminate unnecessary costs. The "Virtual Extrusion Lab Series" offers easy-to-understand operation and comprehensive support, making it a product that can be confidently used even by those who have previously avoided simulation software. Our website also showcases actual case studies and examples of cost reduction.

  • Extrusion Machine

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Finite Difference Method Extrusion Molding Simulation Program

Finite Difference Method Extrusion Molding Simulation Program

The melting process of pellets, which can be a cause of trouble, can also be simulated.

Many of the causes of extrusion molding troubles are said to lie within the extruder. Smooth melting of the material is an essential condition for eliminating molding defects. In addition to general parameters such as pressure, temperature, residence time, and melting completion position, our proprietary parameters from Compulast provide detailed output on the state of the material during melting, making it easy to identify trouble factors within the extruder. It is equipped with input templates that allow for easy input of complex screw shapes like mixing and barrier designs, as well as detailed heater settings.

  • Other information systems

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Blow Molding Simulation Program B-SIM

Blow Molding Simulation Program B-SIM

Wide-ranging support from direct blow to injection and stretch blow. Time-dependent deformation is also reproduced with high precision using the K-BKZ model.

The parison and preform shapes can be imported from Ansys and STL files in addition to dimension input using the B-SIM template. Various settings such as clamp position, temperature of the parison and preform, thickness distribution, friction and heat transfer with the mold, timing of the blow, and direction of mold movement allow for accurate reproduction of the blow molding process.

  • Other information systems

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Finite Element Method Extrusion Molding Simulation Program

Finite Element Method Extrusion Molding Simulation Program

High-precision simulation of complex extrusion molds that are difficult to simulate is possible.

The conditions for achieving ideal extrusion are narrow, and the accuracy is easily influenced by the molding conditions, making irregular extrusion a field where the advantages of simulation are particularly evident. The irregular extrusion module derives a stable mold shape against disturbances based on the unique optimal mold design theory "Cross-Flow Minimization Method" developed by Compulast. It thoroughly supports the abundant ideas of mold designers with simple operability and quick analysis.

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