Altair Inspire.
A design and simulation platform that brings together powerful
optimization and manufacturing tools in a simple, intuitive interface.
Topology optimization, multiphysics verification, and production-ready
tools mean you can create innovative products faster and validate robust
designs earlier.
Accelerate innovation with intuitive design and simulation
Engineers and users without CAD or CAE expertise can easily build and explore design concepts with Altair Inspire. Its intuitive interface reduces the learning curve, making simulation and optimization accessible to everyone.
Benefit from shorter development cycles, faster design iteration, and the ability to validate ideas and manufacturing processes before committing to costly prototypes.
Design smarter, lighter, stronger with Inspire topology optimization
Leverage industry-leading optimization technology to generate organic, efficient geometries that would be impossible to design manually. Inspire creates design spaces based on real-world performance goals.
Topology optimization allows you to create lightweight yet robust designs by removing unnecessary material while respecting structural performance. Inspire automatically generates a manufacturable geometry that meets strength and weight requirements.
Achieve stronger designs with less material, reducing production costs and supporting sustainable product development.
Move seamlessly from design to manufacturing
Inspire supports additive and traditional manufacturing with tools to evaluate feasibility and optimize geometry.
Ensure parts are ready for the production method – whether casting, molding, or 3D printing – without rework and without switching between multiple software environments.
The seamless connection between design and manufacturing saves time, reduces errors, and accelerates product delivery.
One platform, from concept to manufacture
Inspire integrates design, simulation, and manufacturing in a single workflow. You can sketch, model, analyze, and optimize within the same tool, without switching between multiple software environments.
Reduce complexity, streamline collaboration, and ensure that your designs are optimized for real-world manufacturability from day one.