New possibilities to predict the transport of entrapped air during mold filling offering

  • new algorithms for air transport in the melt and quantitative air results
  • curves for predicting the amount of air and evaluating the die venting
  • vacuum as a variable for virtual DoE and optimization of venting
  • extended feeding model for die casting considering the third phase
  • evaluation of all volume deficits (entrapped air and shrinkage porosity) in one result
  • more accurate calculation of the locking force


The new and enhanced capabilities of predicting entrained air and shrinkage defects in MAGMAhpdc

  • save time and effort for the user in project design and evaluation
  • make predictions of air entrapment and feeding porosity more accurate and decisions more justifiable
  • shorten the time from idea to series production by optimizing venting and process
  • lead to increased safety and robustness in the die casting process through common assesment of all volume deficiencies

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Latest Publication

Benefits for Users and Decision Makers – the New MAGMASOFT® 5.5

Efficient casting development, safe starts of production and robust production windows are the focus of the foundry industry. With this in mind, the new MAGMASOFT® Release 5.5 makes significant contributions for creating even more value in casting design, in toolmaking and in the foundry. Particular emphasis has been placed on further simplified and efficient use of the software and its results. Find more information in the press release.


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System Requirements

MAGMASOFT® is available for all suitable current operating systems such as Linux and Windows 10. MAGMASOFT® can be used on dual or multi-processor computers or massively parallel on cluster computers.

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