Softwares Altair Inspire Mold 2023.0

Altair Inspire Mold is a component of the Altair Inspire suite designed specifically for mold designers and manufacturers. It provides a set of tools and functions to support the design and optimization of molds for the production of plastic or injection molded parts. Altair Inspire Mold streamlines the mold design process, from initial concept to final product, by providing simulation-based tools that help identify and fix potential problems early in the process. stage design. By....

Altair Inspire Mold is a component of the Altair Inspire suite designed specifically for mold designers and manufacturers. It provides a set of tools and functions to support the design and optimization of molds for the production of plastic or injection molded parts.

Altair Inspire Mold streamlines the mold design process, from initial concept to final product, by providing simulation-based tools that help identify and fix potential problems early in the process. stage design. By optimizing mold design and manufacturing processes, it aims to reduce costs, improve part quality and accelerate time to market for molded products.

Main features:

  • Mold design and validation: Inspire Mold facilitates the creation and validation of molds for plastic injection or molding processes. It helps design the mold structure, cavity, runner and cooling system.
  • Simulation and analysis: The software allows simulation of the injection molding process, predicting potential problems such as air traps, weld seams, and part shrinkage. It also allows analysis of the structural integrity and thermal properties of the mold.
  • Optimization: Inspire Mold supports mold design optimization to improve part quality, reduce cycle time, minimize material usage, and improve manufacturing efficiency.
  • Integration with CAD Systems: It often integrates with various CAD systems, allowing seamless import/export of designs and facilitating collaborative workflows between designers and manufacturer.
  • Tool design: Users can design and analyze the tooling components required for the mold, considering elements such as ejectors, sliders, and lifters.
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