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| Softwares > REM3D > Applications | ||||
| Presentation - How to ? - Applications | ||||
| Electrical domain
- Gas assisted injection
- Biotechnology industrial sector - Shrinkage
& warpage Cycle complet en extrusion - MIM & CIM Simulation |
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 Electrical domain |
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 Injection packing REM3D enables Schneider Electric Industries to simulate the filling of very complex parts.
The animation shows the filling of a part used for the validation of REM3D filling results. REM3D achieves excellent precision in the filling of this complex part. |
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| Gas assisted injection - Back to the top |
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| Household application With the help of REM3D the evolution of the flow front as well as the shape and location of the gas core pushing the polymer can be shown. In this application REM3D is used to optimize the filling rate of the handle. The following animations show an insufficient filling and this results in a gas vein burst out. |
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| Biotechnology industrial sector - Back to the top |
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| Vascular access site This vascular access site comes from the biotechnology industrial sector. The animation shows a complete injection cycle in 3D: - filling - packing - warpage and shrinkage in the mold (the deformation has been overemphasised). This computation has been completed with REM3D -v2.2 available since January 2004 . |
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| 3D Shrinkage and warpage - Back to the top |
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| Household application REM3D v2.2 includes a warp fully 3D solver to predict warpage and shrinkage in the mold and in the air. This example shows the warpage and the shrinkage in the part while it cools in the molds and in the air. |
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Conformator / Watertub (extrusion
cooling) Die
exit in slide way on a complete cycle (conformator and watertube)
REM3D simulates the whole extrusion process taking the conformator and the watertub into consideration. |
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Free die exit (extrusion cooling) REM3D allows to simulate a free die exit to visualize the balancing in the die exit. |
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| Extrusion
die REM3D extrusion allows to simulate the process inside the die. Applications examples: |
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Temperature field Velocity vector  |
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Velocity field  |
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| MIM and CIM Simulation - Back to the top |
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| Possibility to simulate Powder Injection Moliding (PIM) : - Metal Injection Molding (MIM) - Ceramic Injection Molding (CIM) "In construction" |
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