Change Management & Quality Planning  
– integrated and efficient

Technical changes often affect multiple applications and systems, particularly PLM and ERP. Only through automated data exchange can specifications be consistently communicated and changes clearly traced. Equally important is involving all stakeholders to prevent misunderstandings and delays. That’s why we approach Engineering Change Management as a seamless end-to-end process. 

Our solutions help change coordinators manage even complex change workflows in a structured manner. They provide all relevant information in a consistent format, creating a shared database for all participants. Dashboards and monitoring features give a clear overview of personal tasks, upcoming milestones, or stalled processes. All process changes are transparently documented, including login changes for audit and compliance purposes. 

Best practices and templates enable standardization while maintaining flexibility. Change processes can be modeled, systematically evaluated, and realistically assessed even without IT expertise. Compliance requirements, such as the four-eyes principle, can be implemented easily and reliably. 

Efficient quality planning starts in the design phase and goes all the way through product development. With CENIT Solutions, quality can be planned, measured and documented, and especially actively managed. 

Our software ensures consistency and data quality all along product development, systematically considering individual checkup requirements, quality objectives and regulations. This enhances the approvals and ensures that product development can go further. 

Features such as checklists, automated inspections, and deviation tracking support collaboration in quality assurance across departmental boundaries. Automation of routine activities, combined with role- and task-based interfaces, ensures efficiency in process management, project management, and task coordination. 

We view quality management as an end-to-end process. With integrated functions such as structure checks, our solutions identify potential sources of error early, reducing scrap, avoiding rework, and lowering the risk of recalls. Dashboards and monitoring features provide transparency over quality assurance measures, audit-relevant data, and optimization opportunities. In this way, quality assurance contributes measurably to the profitability of your manufacturing operations and creates space for innovation. 

Professional tolerance management contributes decisively to long term optimization of product quality, of development effort and production safety. CENIT ensures powerful tools for direct simulation, optimization and analysis of tolerance in the CAD modules. This sets the stage for error-free manufacturing right from the early development phase.

The digital quality twin makes real relationships in the product visible: design, tolerances, and process variations can be evaluated virtually before the first component is manufactured. This way, you can identify critical tolerance chains early, establish economically sensible tolerance concepts, and specifically improve manufacturability with measurable benefits.