An FMEA follows the principle of identifying potential failures as early as during the product development process by analyzing and assessing possible risks. Then, by planning appropriate actions early, causes of failure can be effectively avoided. In addition to this risk analysis, you bundle valuable knowledge about products and processes in Failure Mode and Effects Analyses. Once this knowledge has been included, you can refer to it again in each new FMEA.
Our integrated solution supports you in executing and documenting standards-compliant design and process FMEAs. The goal of the design FMEA is to detect possible weak points in the product design and to reduce their risks even before the new product is released for production. For a new product, the process FMEA particularly considers all value-added process steps of the planned production, assembly and logistics processes.
These analyses provide a risk assessment of the identified possible faults. Primarily, however, they provide appropriate actions that, when implemented, can effectively minimize the identified risks in the development and manufacture of the product. Naturally the structured process model for the FMEA method applies here as well, a model that was developed in the German Association of the Automobile Industry (VDA) and that has established itself across industry boundaries.
Actions for detecting faults and avoiding the causes of the faults can be tracked in the FMEA module as well as in BabtecQ’s central Action Management. Benefit as well from the option to create control plans or production control plans directly based on a process FMEA. By linking FMEAs, control plans and even inspection plans for the operative inspection processes, the change management integrated into the software conveniently supports you when making necessary adjustments to these documents, without time-consuming synchronization of the data. By means of the integrated software solution, you can also easily return faults that were found in complaints back to the FMEA and take these into account in the future during ongoing development and risk optimization.
Clearly laid-out tree structures help you to carry out complex structural analyses for products and processes. When creating new elements (e.g., functions or failure modes), the software proposes all appropriate entries that have already been used in other FMEAs. During the creation of an FMEA, you can check at any time whether the information saved is complete and plausible. As part of the functional analysis, document all required functions and product or process characteristics. Use the function net to clearly describe, among other matters, the planned range of functions of your product. This is followed by the failure analysis, in which you first identify all possible failure modes by means of the previously determined functions. Using these identified failure modes, you create failure chains within the failure net in order to determine the causes and effects of potential failures.
Finally, using the assessment of the identified risks, you decide which optimization actions are suitable and should be implemented to minimize the risks. Use standards-compliant assessment catalogs (VDA, AIAG) or your own specific assessment schemes. Both the classical risk priority number (RPN) and risk matrices as well as the 3D GYR factor are available for assessing risks and identifying opportunities and focal points for minimizing them. With the FMEA software, create the best possible basis for establishing effective actions as well as avoiding potential failures and causes of failure.