Model Based Definition (MBD) is a holistic, digital approach to defining and describing products or components on the basis of a 3D model. In contrast to traditional 2D drawings, the 3D model contains all the necessary information to ensure a consistent and machine-readable product description. This creates a single point of truth. MBD reduces the time and cost of model description and improves collaboration and communication during the product life cycle. This helps to avoid errors, which increases the quality of the end product.
What service does DRWE offer you?
- Advice and training on the use of PMI.
- Integration of Siemens NX MBD for an end-to-end digital process chain.
- Integration of all relevant production information directly into the 3D model.
- Support with the conversion from 2D drawings to MBD.
- Transfer or create drawing content such as frames or text fields.
- Consulting on the use of Model Based Enterprise (MBE) for holistic efficiency.
- Creation of MBD rules / customer standards
What added value does DRWE offer your company?
- Central source of information: All relevant production data is integrated directly into the digital model. Single point of truth.
- Optimized collaboration: Improved coordination between design, production, quality management and suppliers.
- Accelerated processes: Faster feedback loops and well-founded decisions shorten the time to market. Reduced effort for downstream processes.
- Sustainable efficiency: An end-to-end, digital database enables consistent processes across the entire product life cycle.
Why is DRWE a first-class choice for your company?
With Siemens NX MBD and automation tools, DRWE enables more efficient use of the PMI application. Automated and updating rules, such as the complete dimensioning of holes, make the application more precise and time-saving. The DRWE provides both basic knowledge and individual MBD rules that can be created in the Logic Editor task environment. These rules are based on reusable methods that combine object-specific inputs and logic to achieve desired results efficiently.