The learning curve can be steep and tedious at times, particularly for new and part-time designers who need to conform to specific customer CAD standards. Q-Checker can assist by identifying common design process mistakes and inefficient practices. Similar to supporting each designer with the experience and advice of an expert user.

Because defects have traditionally been so common in models, most users prefer to rebuild their own, instead of reusing existing ones. This is another costly part of designing that Q-Checker can help to eliminate.

Q-Checker helps to ensure that corporate design standards and specifications for using CATIA are adhered to, allowing the design and production teams to become more productive, efficient, thereby supporting higher product quality.

OEMs working with Q-Checker have the confidence that they are sending their suppliers good quality data. At the same time, they can insist that their suppliers use a specific checking profile. Suppliers who use Q-Checker can assure their customers and partners that they are delivering accurate models that are based on a consistent standard of modeling practices.

CATIA users frequently need to use multiple CAD systems and data, a practice that can lead to problems with data translation. This usually calls for significant reworking and redesigning. Q-Checker helps to catch errors and adjust standards quickly and effectively, allowing for speedy recovery.

Q-Checker allows users to store the model results in a check seal. This provides still greater security and helps to save time since the receiving part does not have to be rechecked against the specified Profile.

Q-Checker anticipates and captures requirements of all downstream applications, even where they may not be evident to the designer. When operated already from the early beginning in the design process, Q-Checker will support and enhance cross-engineering as well as model reuse. The key to a successful implementation is the integration and adaptation to companies PLM processes.