List of Hexagon Marc Customers
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Since 2010, our global team of researchers has been studying Hexagon Marc 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 Hexagon Marc 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 Hexagon Marc for 2D/3D Simulation include: Parker Hannifin, a United States based Manufacturing organisation with 61120 employees and revenues of $19.93 billion, Guardian Industries, a United States based Manufacturing organisation with 18000 employees and revenues of $3.10 billion, Asahi Intecc, a Japan based Life Sciences organisation with 9473 employees and revenues of $775.0 million, Benelli Armi, a Italy based Manufacturing organisation with 320 employees and revenues of $179.0 million and many others.
Contact us if you need a completed and verified list of companies using Hexagon Marc, 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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Asahi Intecc | Life Sciences | 9473 | $775M | Japan | Hexagon | Hexagon Marc | 2D/3D Simulation | 2020 | n/a |
In 2020 Asahi Intecc deployed Hexagon Marc under an MSCOne investment to advance simulation capabilities in the 2D/3D Simulation category for medical device engineering in Japan. Hexagon Marc was used to develop and validate a medical delivery device designed to mark cancers for surgical removal, supporting medical R&D and device performance simulation across engineering teams.
The implementation emphasized Hexagon Marc’s nonlinear finite element analysis capabilities, enabling detailed modeling of material nonlinearity, contact mechanics, and large deformation behavior typical of delivery devices. Workstreams included model setup, material characterization, transient and quasi static analysis, and validation workflows intended to mirror bench testing, reflecting standard simulation led design and verification practices in 2D/3D Simulation.
Operationally the project ran within the medical device engineering function in Japan and used Hexagon Marc alongside MSCOne licensing and other CFD and FEA tools to provide complementary verification of device behavior. Simulation outputs from Hexagon Marc informed laboratory validation and iterative design decisions, enabling detailed nonlinear behavior modeling that complemented physical tests and other numerical tools.
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Benelli Armi | Manufacturing | 320 | $179M | Italy | Hexagon | Hexagon Marc | 2D/3D Simulation | 2015 | n/a |
In 2015 Benelli Armi deployed Hexagon Marc as the non-linear structural solver within a 2D/3D Simulation workflow to optimize the Progressive Comfort subsystem for the new 828U over and under shotgun. Benelli Armi introduced modeFRONTIER into its product development cycle to drive parametric optimization alongside Hexagon Marc, aligning with the company mission of technology, precision engineering and continuous innovation.
The implementation used a simplified 2D CAD representation created in UG NX 8.5, modeling one half of the Progressive Comfort assembly with a plain strain approach. MSC Patran functioned as the pre and post processor and Hexagon Marc executed non-linear static analyses with imposed displacement boundary conditions to reproduce the target force-deformation curve. Two DOS-driven routines automated MSC Patran pre-processing and post-processing steps, and the workflow exposed structured nodes for inputs and outputs including N.10 geometrical input variables, N.11 output variables, N.2 design objective and N.3 constraints.
The optimization strategy combined a DOE of 44 Sobol designs with 22 generations of the NSGA-II algorithm, yielding 968 evaluated design configurations per stage. Each run averaged about one minute due to the bi-dimensional simplification, producing roughly 13 hours of compute per stage and 39 hours for all three structurally decoupled stages. Comparative evaluation volumes reported 2895 configurations examined by the automated workflow versus 147 from manual exploration.
The project focused on mechanical engineering and product development functions, delivering a recombined Progressive Comfort with a 35% reduction in overall dimension and a 36% reduction in weight while maintaining equivalent mechanical behavior in stress, force and displacement compared to the original design. This application-level deployment of Hexagon Marc within a 2D/3D Simulation pipeline established an automated CAE-driven design loop integrated with CAD, pre/post processing and multi-objective optimization for Benelli Armi.
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Guardian Industries | Manufacturing | 18000 | $3.1B | United States | Hexagon | Hexagon Marc | 2D/3D Simulation | 2015 | n/a |
In 2015, Guardian Industries implemented Hexagon Marc as a targeted engineering simulation tool within its automotive glass operations, using the 2D/3D Simulation application to support process engineering in the United States. The Hexagon Marc deployment was positioned in Guardian Automotive engineering and manufacturing groups to accelerate virtual process development for complex glass forming and thermal cycles.
The implementation leveraged nonlinear finite element analysis capabilities in Hexagon Marc to model heating profiles, bending behavior, and temperature distribution across glass parts, enabling thermal and mechanical simulation of manufacturing steps. Functional use included process modeling to predict part deformation and thermal gradients, and iterative virtual validation of forming sequences prior to physical trials.
Operationally the work was executed in the United States within engineering and manufacturing, focusing on production setup and customer validation workflows. Guardian Industries used Hexagon Marc results to speed process development, which produced higher efficiency and significant time savings for production setup and customer validation, aligning simulation outputs with manufacturing readiness activities.
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Parker Hannifin | Manufacturing | 61120 | $19.9B | United States | Hexagon | Hexagon Marc | 2D/3D Simulation | 2017 | n/a |
In 2017, Parker Hannifin implemented Hexagon Marc for 2D/3D Simulation to support engineering simulation of D ring seals used in subsea oil drilling equipment. The Hexagon Marc deployment targeted nonlinear multiphysics analysis to diagnose seal failure under extreme pressure and temperature.
The implementation focused on nonlinear multiphysics capabilities, including large deformation, contact mechanics, and coupled thermal mechanical behavior consistent with 2D/3D Simulation tooling. Hexagon Marc was applied to model material nonlinearities and complex boundary conditions representative of subsea environments, enabling simulation driven redesign of the D ring seal.
Operationally the work was embedded within Parker Hannifin's oil & gas product development engineering function in the United States, concentrating on subsea sealing components. Use of Hexagon Marc supported iterative simulation cycles that reduced reliance on physical test campaigns and accelerated engineering verification.
Governance shifted to prioritize simulation validation and failure mode analysis, with simulation outputs feeding design iteration and qualification planning. The program identified critical failure modes, reduced physical testing, and accelerated delivery of a more robust seal design.
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