List of Hexagon Adams Customers
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Since 2010, our global team of researchers has been studying Hexagon Adams 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 Adams for Product Lifecycle Management 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 Adams for Product Lifecycle Management include: Fabbrica D Armi Pietro Beretta, a Italy based Manufacturing organisation with 1033 employees and revenues of $374.0 million, AEREA, a Italy based Aerospace and Defense organisation with 825 employees and revenues of $206.0 million, Benelli Armi, a Italy based Manufacturing organisation with 320 employees and revenues of $179.0 million, Mecaer Aviation Group (MAG, a Italy based Aerospace and Defense organisation with 550 employees and revenues of $173.0 million and many others.
Contact us if you need a completed and verified list of companies using Hexagon Adams, 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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AEREA | Aerospace and Defense | 825 | $206M | Italy | Hexagon | Hexagon Adams | Product Lifecycle Management | 2018 | n/a |
In 2018, AEREA implemented Hexagon Adams to strengthen its Product Lifecycle Management capabilities for the design and development of role equipment for high-performance military aircraft and helicopters. Hexagon Adams was adopted to centralize multibody dynamics and motion simulation within the engineering function, supporting both build-to-print and build-to-specification workflows and aligning simulation outputs with downstream production activities.
Hexagon Adams was configured to operate alongside AEREA’s established CAD and CAE toolchain, integrating simulation-driven workflows with Unigraphics and Catia v5 geometry sources, and aligning analysis handoffs with MSC Nastran, MSC Dytran, HBM NCode, and NI Labview where those tools are used for structural and test data correlation. Functional coverage emphasized model-based simulation, virtual prototyping, motion and load analysis, and automated batch run capabilities to support iterative design validation and assembly kinematics.
Operational scope focused on the engineering organization and its product development lifecycle, embedding Hexagon Adams into design analysis and simulation processes that inform production optimization and specification-driven manufacturing. Governance centered on standardizing simulation data exchange, version control for model artifacts, and establishing validation checkpoints within CAE workflows to ensure consistent use of Hexagon Adams within AEREA’s broader Product Lifecycle Management environment.
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Benelli Armi | Manufacturing | 320 | $179M | Italy | Hexagon | Hexagon Adams | Product Lifecycle Management | 2016 | n/a |
In 2016 Benelli Armi implemented Hexagon Adams as a core Product Lifecycle Management capability to support virtual prototyping for the VINCI modular inertia semiautomatic shotgun. The deployment centered on multibody dynamics modeling and simulation to inform early-stage design decisions, with the multibody model built from native CAD components and material properties and loaded with internal joints, contacts, springs and external inputs such as cartridge pressure, gravity and weapon degrees of freedom.
Hexagon Adams was configured to perform end-to-end kinematic and dynamic analysis, including time-domain simulations across a range of cartridge pressure curves, parameter calibration and Design of Experiment driven optimization. Engineers used Adams tools for extraction, ejection and loading function analysis, tuning static and dynamic coefficients of friction, damping terms and elastic reaction constants to align virtual behavior with measured prototype responses.
The implementation integrated CAD-CAE workflows for direct import of component geometry and linked simulation outputs with physical test data from Benelli Armi s ballistic laboratory, using high-speed cameras, lasers, accelerometers and piezoelectric sensors for model calibration and validation. Structural analysis of safety-critical components was carried out in parallel with Marc, creating a coupled workflow where Adams multibody results informed Marc finite element checks, and validated parameters were fed back into iterative prototype builds, supporting R&D and product engineering functions.
Governance centered on a calibrated simulation-to-prototype loop and reusable simulation templates to capture corporate know-how, while multi-level DOE reduced variability in experimental trials and guided parameter selection for optimized prototypes. The use of Hexagon Adams and complementary Marc analysis explicitly reduced the number of physical prototypes and tests, shortened project development time and cost, supported three registered patents related to the VINCI system and contributed to the product receiving industry recognition including the Shotgun of the Year Award 2010.
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Fabbrica D Armi Pietro Beretta | Manufacturing | 1033 | $374M | Italy | Hexagon | Hexagon Adams | Product Lifecycle Management | 2023 | n/a |
In 2023, Fabbrica D'Armi Pietro Beretta implemented Hexagon Adams within its Research and Development organization as part of Product Lifecycle Management. The deployment targeted R&D Product Design of small arms systems at Gardone Val Trompia, Brescia Italy, and was used by military project engineering teams responsible for kinematic and dynamic validation.
The implementation emphasized multibody kinematic and dynamic simulation capabilities, parameterized system modeling, scenario and load case management, and simulation case traceability. Hexagon Adams was used for kinematic and dynamic analysis while ABAQUS was used for finite element method structural simulations, with engineers conducting simulation driven design iterations and laboratory testing of designed systems.
Operational coverage included Research and Development engineering, product design, and test validation functions, with data exchange between dynamic simulation outputs and FEM inputs to support cross discipline analysis. Governance focused on standardizing simulation workflows, model version control, and test correlation processes to ensure repeatable analysis practices. The relationship can be expressed as Fabbrica D'Armi Pietro Beretta Hexagon Adams Product Lifecycle Management supporting Research and Development product design workflows.
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Mecaer Aviation Group (MAG | Aerospace and Defense | 550 | $173M | Italy | Hexagon | Hexagon Adams | Product Lifecycle Management | 2018 | n/a |
In 2018, Mecaer Aviation Group (MAG) implemented Hexagon Adams as part of its Product Lifecycle Management environment to bolster engineering simulation and system analysis capabilities. The deployment was targeted at MAG's hydraulics and landing gear engineering teams based in Borgomanero, Piedmont, and provisioned desktop and workstation simulation for design verification and model-based validation.
Hexagon Adams was configured for multibody dynamics and hydraulic system modeling, supporting full-system analyses such as landing gear retraction, brake actuation, and component-level behavior for complex bill of materials. Implemented functional capabilities included high-frequency dynamics simulation, system-level motion analysis, and model-driven test preparation workflows aligned with aerospace engineering practices.
The implementation integrated Hexagon Adams workflows with AMESim for high-frequency hydraulic applications and leveraged CATIA V5 for CAD geometry references and model alignment, enabling combined rig and system simulation scenarios. Operational coverage focused on research and development, hydraulics performance engineering, and test bench design activities, with simulation artefacts feeding technical reporting and system qualification coordination with international suppliers.
Governance emphasized model-based documentation, engineering change control, and English-language technical qualification reporting to support experimental testing and client-facing deliverables. Configuration and workflow changes were centered on embedding simulation outputs into qualification processes and failure mode analysis within MAG's product development lifecycle.
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