- Mechanical components
- Manufacturing engineering
- Materials (bars, beams, tubes, etc.)
- Material handling and lifting equipment
Material handling and lifting equipment
- Lifting equipement
- Material handling (Conveyors systems, packaging...)
- Sensors and measurement systems
- Fibre optics
- Vacuum equipment
- Heat transmission
- Building & Constructions (materials and equipments)
- Civil engineering
- All Catalogs
One model to suit every size
Similarities within a parts family have been made much more efficient thanks to designing one model to suit every sizes. The major benefit from this approach is that once data have been created they can be flexibly adapted.
This means that there is just one model designed for each family of components. Using predefined parameters from this template, other components can then be created automatically to any size and configuration you want.
An upshot of this:
- you save a lot of time creating data
- you get true-to-scale CAD models of your components
- you can manage both flexible adaptations and complex configurations within a family of components
Underlying product logic
Intelligent system for greater flexibility
Parameters and how they relate to each other are occasionally highly complex:
- Dependencies and relations of parts
- Different, size-dependent attachment parts
This variety of parameters needs to be taken into consideration during the data creation process.
You are best equipped with TraceParts to do this, as the options for creating configurations and part-specific features offered by TraceParts technology are unlimited. It was specifically with this in mind that TraceParts developed the PartsXML structure. This type of description is used to establish the relationship between data and geometry.
In addition, the TraceParts data format is multi-CAD compatible, which means that it can be imported into virtually any CAD system currently available on the market.
Example of parametric data creation as applied to a ball bearing
The components in a ball bearing family have an identical shape. The only differences are in their shaft and external diameters, as well as their width. Using these three parameters, it is possible to create any size of bearing in this family using just one model. The relevant data are listed in a table.If you want to create one particular size you apply the relevant line in the table.
Furthermore, the product configuration is saved in this structure. This allows you then generally to create complex configurations as well.
You can access master data from various applications (CD, Internet, configurators). When selecting the component, CAD users are guided through the selection process using specified criteria. This ensures that a real, existing part is actually selected. This makes the design and order processes considerably more efficient for CAD users.
TraceParts technology is intensively standardized on the very open XML (Extensible Markup Language) format, making your CAD data really independent from any software application (e-catalog, product configuration, CAD Library, …).