Moldflow Service

Service Details:

Supported by our talented professionals, we are offering an exceptional assortment of Mold Flow Analysis Services. These services are rendered under the guidance of industry experts and as per the client’s needs. More to this, these are offered at very effective prices within a limited period of time.

Service Details:

The mesh consists of triangular elements connected with nodes, and provides the basis for the analysis.

The three supported finite element mesh types are:

• Mid plane
• Dual Domain
• 3D

Service Details:

Flow analysis is the first stage of the molding simulation process. Flow calculates the melt front advancement that grows through the part from the injection location, and continues until the switchover point to packing. Flow analysis provides the ability to simulate, identify, and optimize the process to avoid molding uncertainty or resolve an existing injection molding problem.

Service Details:

Filling analysis is only the first stage in a series of cost saving analysis. Packing analysis Service builds on the results of the filling analysis by extending the first stage of the injection molding process into the packing phase. This second stage fills the non-filled portion of the mold with additional material to compensate for the loss in volume as the material shrinks. The part is then held under pressure while it solidifies.

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Cooling analysis Service provides the ability to accurately simulate any number of cooling designs to achieve uniform part cooling, minimize cycle times, and reduce part warpage due to non-uniform cooling.

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Warpage analysis Service provides the ability to optimize part design, material selection, mold design and processing parameters to manage and reduce part warpage in order to achieve the intented part design.

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Simulation Service of gravity die casting & patterns by using Procast (Quick Cast) software.

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The Fiber orientation Service is Fill+Pack analysis is used to predict the behavior of composite materials. In injection-molded composites, the fiber alignment (or orientation) distributions show a layered nature, and are affected by the filling speed, the processing conditions and material behavior, plus the fiber aspect ratio and concentration.