In the high-stakes world of metal casting foundries, the margin between a perfect pour and a catastrophic failure is often measured in milliseconds and millimeters. For decades, foundry engineers have relied on generic simulation tools that, while powerful, require immense manual calibration and often fail to predict real-world anomalies.
Check your current CastViz dashboard. If you do not see the "MSH-7" or "Live Loop" tabs, you are running the standard version. Contact your account manager today to request your exclusivity screening. castviz software exclusive
"We used a competitor for 10 years. We constantly had issues with thin-wall blade cores shifting. Within two weeks of using the CastViz exclusive shell mapping, we discovered our drying racks were the culprit. We saved $2 million in scrap in the first quarter." – In the high-stakes world of metal casting foundries,
So CastViz evolved. They launched CastViz Foundation, a subsidized channel that offered lighter, community-focused versions of their analysis, staffed by trained volunteers and supported by a grant fund. The Foundation’s tools were less customized but still carried the core’s rigor. They also implemented a tiered mentoring program so small users could learn to self-tune models without full enterprise onboarding. If you do not see the "MSH-7" or
Automatically organizes Call Detail Records (CDRs) and tower data, typically from CSV or Excel files.
Casting simulation shouldn't feel like archaeology. You shouldn't have to dig through layers of data to find the one defect that ruins your yield.
Because the standard tools are commoditized. If every foundry in your region uses the same open-source solver (like OpenFOAM-based casting modules), nobody has a competitive advantage. You are all making the same mistakes.