Vacuum forming and blow molding analysis software
Vacuum forming and blow molding analysis software
Finite element method program using a time-dependent, integral-type K-BKZ model. High-precision analysis through integral-type K-BKZ viscoelastic model analysis. We also offer biaxial tensile property testing required for the analysis.
1～27 item / All 27 items
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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.
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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.
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Co-rotating twin-screw extruder simulation software "Ludovic"
The world's first simulation software capable of overall analysis of all co-rotating twin-screw extruders.
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Vacuum Forming Simulation Program T-SIM for the Automotive Industry
Accurate analysis of sheet droop during drawdown and cooling after molding.
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Vacuum Forming Simulation Program T-SIM for Medical Devices
Accurate analysis of sheet droop during drawdown and cooling after molding.
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Vacuum Forming Simulation T-SIM for Food Packaging
Accurately analyze drawdown and cooling to improve the sealing performance of food packaging.
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T-SIM Vacuum Forming Simulation for Home Appliance Design
Accurate simulation of vacuum forming from drawdown to cooling.
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Aerospace Vacuum Forming Simulation T-SIM
From drawdown to cooling, accurate strength analysis of aerospace components.
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T-SIM: Vacuum Forming Simulation Program for Agriculture
Accurate analysis of sheet sag during drawdown and cooling after molding.
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Toy-oriented Vacuum Forming Simulation T-SIM
Accurate analysis of sheet droop during drawdown and cooling after molding.
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Vacuum Forming Simulation T-SIM for Electronic Devices
Accurate analysis of sheet droop and cooling during drawdown.
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Vacuum Forming Simulation Program T-SIM for Architecture
Accurate analysis of sheet sag during drawdown and cooling after molding.
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Vacuum Forming Simulation Program T-SIM for the Packaging Industry
Accurately analyze drawdown and cooling, contributing to the reduction of packaging costs.
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T-SIM for Container Manufacturers
Accurate analysis of drawdown and cooling. Reproduction of various vacuum forming processes.
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Vacuum Forming Simulation for Displays T-SIM
Accurate analysis from sheet droop during drawdown to cooling after molding.
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B-SIM Blow Molding Simulation for the Automotive Industry
Blow molding simulation for achieving weight reduction.
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Medical Blow Molding Simulation B-SIM
High-precision reproduction of time-dependent deformation using the K-BKZ model.
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B-SIM for Food Container Design
From direct blow to injection and stretch blow. High precision reproduction with strong time dependence.
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B-SIM Blow Molding Simulation for Cosmetic Containers
High-precision simulation of blow molding for highly designed cosmetic containers.
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B-SIM for Pharmaceutical Quality Assurance
Supports direct blow, injection, and stretch blow. High precision reproduction of time dependence.
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Chemical Industry: Chemical Resistance Evaluation Using B-SIM
Product design considering chemical resistance in blow molding simulation.
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B-SIM Blow Molding Simulation for Home Appliance Manufacturers
Simulate blow molding to reduce the number of prototypes and achieve cost reduction.
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B-SIM for Toy Manufacturers
Improving toy safety through blow molding simulation.
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B-SIM Blow Molding Simulation for Sports Equipment
Achieving improved durability of sports equipment through simulation.
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B-SIM Blow Molding Simulation for Agriculture
Improving the water retention of soil amendments. High precision reproduction of time dependence.
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Aerospace Blow Molding Simulation B-SIM
Support for lightweight design, high-precision reproduction of time-dependent deformation.
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Blow Molding Simulation Using B-SIM for the Packaging Industry
Simulate blow molding to streamline packaging material development.
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