Altair Inspire Print3D
3D printing software
- Features
- Ease of use
- Ease of management
- Quality of support
- Affordability
- Market presence
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- Manufacturing
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- Construction
What is Altair Inspire Print3D
Altair Inspire Print3D is a desktop software application for preparing and simulating metal additive manufacturing builds. It helps engineers and additive manufacturing specialists evaluate print feasibility by predicting distortion, residual stress, and potential build failures, and by supporting compensation strategies before printing. The product focuses on simulation-driven process planning rather than being a general-purpose CAD modeler or a printer-specific slicer.
Metal AM process simulation
The software models key metal additive manufacturing effects such as distortion and residual stress to support printability assessment before production. This is useful for reducing trial-and-error iterations on expensive metal builds. It fits workflows where simulation results inform design changes or process parameters rather than only generating toolpaths.
Build preparation and compensation
Inspire Print3D supports build setup activities such as orienting parts, defining supports, and applying distortion compensation based on simulation outcomes. This helps users connect analysis results to actionable changes in the build plan. It is positioned for engineering-led additive workflows where validation and compensation are required prior to printing.
Engineering-oriented workflow integration
The product aligns with CAE-driven engineering processes by emphasizing analysis, reporting, and decision support for additive manufacturing. It is suited to teams that need traceable evaluation of build risk and deformation rather than only geometry editing. This differentiates it from tools that primarily focus on modeling or basic print preparation.
Not a general CAD modeler
Inspire Print3D is not designed to replace full-featured mechanical CAD systems for parametric design and detailed assemblies. Users typically need upstream CAD tools for creating and revising production geometry. This can add handoffs when compared with platforms that combine CAD and manufacturing preparation in one environment.
Less focused on consumer FDM slicing
The product targets metal additive simulation and engineering validation rather than consumer-grade FDM slicing and printer management. Organizations primarily running desktop polymer printers may find the workflow heavier than needed for routine slicing tasks. Printer-specific features commonly found in dedicated slicers may not be the main focus.
Simulation setup requires expertise
Accurate results depend on appropriate material data, process assumptions, and correct setup of build conditions. Teams without additive manufacturing process knowledge may face a learning curve and may need internal standards to interpret outputs consistently. This can increase time-to-value compared with simpler print-prep tools.
Plan & Pricing
Pricing model: Altair Units (unit-based licensing; product consumes Altair License Units) Free tier/trial: Free trial available (requestable via Altair One). No permanently free plan listed. License consumption / example: Inspire Print3D (InspirePrint3D feature) requires 30 Altair Units (AUs) per the Altair HyperWorks licensing documentation. How to purchase / pricing visibility: Altair does not publish dollar pricing for Altair Units or Inspire Print3D on the public product pages. Altair Marketplace displays purchase/pricing to logged-in users in supported countries; otherwise Altair directs customers to Contact Sales / Request a Quote. Discounts / notes: No public details about discounts, volume or subscription pricing were found on the product pages; contact Altair Sales for quotes and licensing options.
Seller details
Altair Engineering Inc.
Troy, Michigan, USA
1985
Public
https://www.altair.com/
https://x.com/altair
https://www.linkedin.com/company/altair-engineering/
