Ansys Additive Suite

综合全面的增材制造解决方案

借助Ansys Additive Suite，用户可以访问所有增材制造功能，包括部件几何结构和数据准备、打印工艺仿真和微观尺度科学分析。

联系我们获取演示案例

概览
功能

整体工作流程解决方案

成功的增材制造工作流程所需的关键洞察力

Ansys Additive Suite是一款面向设计人员、工程师和分析师的综合全面的解决方案，该软件涵盖整个工作流程，从增材制造设计（DfAM）到验证、打印设计、工艺仿真和材料探索。

规格速览

Ansys Additive Suite是一款综合全面的工作流程解决方案，能够为设计人员、工程师和分析师提供所需的关键洞察力。从增材制造（DfAM）设计到验证、打印设计等，该解决方案涵盖整个工作流程，有助于避免制造故障并交付设计准确的部件。

拓扑和晶格优化

全面的入口和出口条件

金属PBF工艺仿真

变形补偿

构建失效预测

材料分析

熔池、孔隙率和微结构预测

设计验证

结构和热分析

工艺仿真

材料分析

March 2026

What's New

Ansys Additive 2026 R1 advances AM simulation with enhanced thermal build control, G‑code‑driven geometry and material modeling, and faster process‑parameter exploration.

New Build Sequence Controls in Mechanical

New AM Build Sequence Controls in Ansys Mechanical enable more realistic additive manufacturing simulations, including EBM processes. Users can define region‑specific heating and cooling conditions and apply different process temperatures to multiple materials within a single load step, improving accuracy and flexibility in AM thermal analysis.

DED Updates

DED workflows are enhanced with a streamlined path from G‑code to simulation, including multi‑axis G‑code reading with tool orientation, expanded support for customizable bead cross‑sections, and direct geometry generation. Material orientation can now be derived directly from the G-code file, enabling path‑aware anisotropic material modeling for metal and composite additive manufacturing.

Additive Process Parameter (AMPP) in App Catalog

The AMPP app enables efficient exploration of laser powder‑bed fusion process parameters through a simple study setup and tabular simulation management. Users can evaluate bead behavior, porosity, and microstructure, compare results side‑by‑side, reuse studies from CSV files, and leverage both Ansys and custom AM material libraries for deeper insight.