Industrial equipment manufacturing companies face several key challenges, primarily reducing project costs during the bidding process. Predefined CAD solutions often lack integration with CAE tools, which makes data tracking difficult and can lead to incomplete designs. This affects the accuracy of project planning and quotes, leading to delays and lower profit margins.
Modeling and Simulation (MODSIM) bridges this gap by integrating advanced CAD and CAE tools into a smooth workflow. This ensures that all design data is accurately tracked and managed, enabling real-time updates across all project stages. Engineers can swiftly transition from conceptual designs to detailed simulations, verifying performance criteria early in the design process.
With MODSIM, potential design flaws are identified and rectified sooner, resulting in more precise project planning and reliable quotations.
Accuracy and Speed in the Bidding Phase
Enhancing Collaboration and Innovation
MODSIM promotes a collaborative environment where cross-functional teams can work more effectively together. When used on the 3DEXPERIENCE platform on the cloud, it allows remote access, ensuring that all team members, regardless of their location, have access to the most current design data. This facilitates better decision-making and fosters innovation, as ideas can be shared and developed in real time.
In summary, MODSIM is a transformative solution for industrial equipment manufacturers looking to enhance project efficiency, accuracy and cost-effectiveness. By adopting this integrated approach, businesses can achieve better project outcomes and maintain a competitive edge in the marketplace.
The MODSIM Approach
One Place
- 3DEXPERIENCE® platform
- Unified CAD/CAE data
- Full traceability
One Common Model
- CAD and CAE data are automatically associated
- Process automation and customization
- Multidisciplinary collaboration with shared goals
One End-To-End Process
- Seamless design and engineering processes
- Fast, easy test requirements management
- Reusable data models and processes