List of Altair SimSolid Customers
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Since 2010, our global team of researchers has been studying Altair SimSolid customers around the world, aggregating massive amounts of data points that form the basis of our forecast assumptions and perhaps the rise and fall of certain vendors and their products on a quarterly basis.
Each quarter our research team identifies companies that have purchased Altair SimSolid for 2D/3D Simulation from public (Press Releases, Customer References, Testimonials, Case Studies and Success Stories) and proprietary sources, including the customer size, industry, location, implementation status, partner involvement, LOB Key Stakeholders and related IT decision-makers contact details.
Companies using Altair SimSolid for 2D/3D Simulation include: Rochling Group, a Germany based Manufacturing organisation with 11988 employees and revenues of $3.03 billion, Tadano., a Japan based Manufacturing organisation with 4589 employees and revenues of $1.79 billion, Schreder, a Belgium based Manufacturing organisation with 2600 employees and revenues of $660.0 million and many others.
Contact us if you need a completed and verified list of companies using Altair SimSolid, including the breakdown by industry (21 Verticals), Geography (Region, Country, State, City), Company Size (Revenue, Employees, Asset) and related IT Decision Makers, Key Stakeholders, business and technology executives responsible for the software purchases.
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| Logo | Customer | Industry | Empl. | Revenue | Country | Vendor | Application | Category | When | SI | Insight |
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Rochling Group | Manufacturing | 11988 | $3.0B | Germany | Altair Engineering | Altair SimSolid | 2D/3D Simulation | 2021 | n/a |
In 2021, Rochling Group deployed Altair SimSolid in a product development/CAE deployment to analyze complex battery cooling components and high-performance plastic parts. The implementation was executed at Röchling Automotive S.r.l., Italy and targeted shortening CAE turnaround within component and subsystem design cycles.
The Altair SimSolid implementation removed the need for CAD simplification and time-consuming meshing, enabling direct model-based analysis of detailed parts and assemblies. Configuration emphasized meshless simulation workflows and early integration of simulation into iterative design, aligning simulation capabilities with standard CAE functional workflows for structural and thermal component analysis.
Operational scope covered product development and CAE engineering teams at Röchling Automotive S.r.l., Italy, with a focus on component-level analyses for battery cooling systems and high-performance plastics. No explicit third-party system integrations are reported in the provided context.
Governance and process adjustments centered on eliminating pre-simulation CAD simplification steps and streamlining CAE job queues to accelerate engineering throughput. Outcomes reported by the team include about a 60% reduction in calculation time and a tripling of the number of designs analyzed within set design timeframes.
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Schreder | Manufacturing | 2600 | $660M | Belgium | Altair Engineering | Altair SimSolid | 2D/3D Simulation | 2020 | n/a |
In 2020, Schreder deployed Altair SimSolid for Structural and Thermal Simulation to support product engineering and R&D functions across its development centers. The implementation centered on providing Structural and Thermal Simulation engineers in Liège with a dedicated environment to perform and document mechanical and thermal simulation projects for the Schréder Group R&D teams.
Altair SimSolid was configured to support a range of model complexities, from feasibility studies to production models, with an emphasis on establishing and maintaining a simulation templates database. Responsibilities embedded in the implementation included collecting and analyzing input data, selecting appropriate model complexity, performing results analysis for non-expert stakeholders, proposing design improvements, and modeling and correlating experiments to determine corrective actions.
The deployment emphasized CAD interoperability, consuming data from SolidWorks and accommodating CATIA V5 and SpaceClaim workflows, while coexisting with Solidworks Simulation and Flow Simulation where present. Operational coverage included collaboration across all Schréder development centers and R&D departments, and ongoing technical collaboration with external suppliers, research centers, and universities to sustain simulation expertise.
Governance and process changes were organized around the Structural and Thermal Simulation Engineer role, which maintained the templates database, updated templates for software and methodology changes, and ensured simulation outputs were communicated to product teams. The implementation prioritized standardization of simulation processes, template-driven automation of routine analyses, and maintaining awareness of the simulation software market to identify and evaluate future software opportunities for Schréder.
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Tadano. | Manufacturing | 4589 | $1.8B | Japan | Altair Engineering | Altair SimSolid | 2D/3D Simulation | 2024 | n/a |
In 2024 Tadano implemented Altair SimSolid to perform full-assembly structural stress evaluations of very large cranes, with the Apps Category "" recorded for the deployment. The implementation was positioned within the company’s engineering CAE practice to address full-assembly structural analysis needs for very large mobile and lattice cranes.
The Altair SimSolid deployment removed mesh generation from the analysis workflow, enabling direct evaluation of assembly stiffness and accurate capture of localized stress concentrations on 100+ meter structures. The configuration supported large-assembly model handling and stress concentration identification consistent with structural analysis workloads, reducing pre-processing overhead associated with traditional meshing.
This R&D/product engineering (structural analysis) deployment in Japan was applied by product engineering teams responsible for crane structural validation, focusing on full-assembly assessments rather than isolated component tests. Operational coverage centered on engineering and design validation processes for very large cranes within Tadano’s Japan engineering organization.
The project cut simulation time by roughly tenfold and improved confidence in full-assembly results, enabling engineers to evaluate complete crane assemblies with greater speed and reliability.
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