鑄鋼件的品質和獲利率,取決於模具設計、製程生產率、製造的可重複性,以及鑄造與熱處理之後鑄造材料的性能。
採用最新版的 MAGMASOFT® 軟體及其相關模組,能夠為鋼合金自主確定穩健的工藝條件,以及優化的澆注、凝固和熱處理方案。內建工具可透過統計方式確定虛擬實驗設計(Virtual DOE),自動評估結果,協助鑄造從業人員確定最佳設計與製程條件,例如以下方面:
汽輪機缸體(Turbine Casing)的充型
This inclusion tracerresult shows the Re-oxidation formation on the melt front of a steel alloy
Filling and cooling of the melt during casting

Quantitative prediction of cold lap tendency in thin-walled steel castings as a function of varied filling conditions, superheat of the melt and cooling power of the mold.

Distribution of reoxidation inclusions on the casting surface

Surface area fraction of the casting affected by re-oxidation inclusions for different gating system designs

縮鬆顯示

Autonomous Optimization for determining the required number of feeders

Manganese concentration profile after solidification

Predicting under-riser segregation considering feeding and convective flows

Sand burn-on and penetration tendencies

Hot tear prediction and reality

Autonomous Design of Experiments for different casting and methoding designs

Automatic search for the best compromise between feeding of shrinkage and hot tearing

Local mechanical properties after heat treatment, here tensile strength

Prediction of phases during heat treatment

Prediction of martensite as a function of carbon content and quench intensity
MAGMASOFT®虛擬實驗設計與自主優化的特有整合方法,使得軟體能自動執行由各式各樣的鋼鑄件設計與不同參數構成的排列組合。MAGMASOFT® 有助於確定一套最佳且滿足特定要求的製程條件。它會快速且全面地將決定鑄鋼件品質的各種因素與不同目標進行匹配。
這使得 MAGMASOFT®成為鑄鋼件設計師、模具工程師和鑄造工程師們設計最佳鑄件、實施可靠生產製程、減少品質風險、制定可靠製程視窗(Process Window)以及實現鑄鋼材料最佳性能的關鍵所在。