Root Cause Analysis (RCA) in mechanical components
Understand the cause of failures in mechanical components and optimize your decision making.
Root Cause Analysisis a process for identifying factors that contribute to a particular event of interest (IEC 62740:2015) and is used in various sectors such as aeronautics, wind power, automotive, among others.
With the result of this analysis, it is possible to understand the possible causes of the particular event, which may be: design, manufacturing, assembly and/or in its application.
In this way, decision-making is targeted, as it will be focused on the cause of the problem and will consequently reduce cost and time.
Eigendauer works on the root cause analysis of components such as bearings, gears and shafts.
Design for Additive Manufacturing (DfAM)
Using the Design for Additive Manufacturing (DfAM) technique, we can design components optimized for additive manufacturing.
As a result, lighter components can be obtained (Lightweighting) or with new functionalities.
Through manufacturing analysis, it is also possible to analyze residual stresses and distortions in the process in order to optimize manufacturing.
MIP Manufacturing Interaction Platform
The software will consist of a platform where the user can define the processes that will be used according to each component (bearings and gears, for example).
By using technologies such as digital twin and artificial intelligence, the software reduces losses and produces the durability required for the final application of the component.
Eigendauer
We are an engineering company focused on the continuous improvement of surface integrity of mechanical components.
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