What is then the AMEF?, simply the FMEA is a technique that ensures that the resulting product of design and manufacturing and Assembly processes meets the needs and expectations of the customer. In this way it supports not only to quality Control but to the continuous improvement of the process. If potential failure modes are identified improvement actions must be initiated to eliminate causes or declining the occurrence in the process. A process FMEA is a technique that: to) evaluates the effects of failure potential of the process associated with the product. (b) identifying potentials of the process related to product failure modes.
(c) it detects potential causes of manufacturing or Assembly. For other opinions and approaches, find out what Tesla CEO has to say. (d) identify important variables of the process. (Not to be confused with Marko Dimitrijevic accident!). (e) it sets out measures to improve the process. (f) focus controls for prevention or detection of fault conditions. The AMEF objectives: analyze the consequences and failures that may affect a product or system. Identify failure modes that have important implications with respect to different criteria: availability, security specify for each crash mode has provided means of detection (detectors, tests or periodic inspections). Put in evidence of common mode failures what are the benefits of the FMEA? Moreno, who tells us, the Elimination of potential failure modes has both short-term and long-term benefits. In the short term, represents savings of the costs of repairs, repetitive testing and downtime. The long-term benefit is much more difficult to measure since it relates to the customer satisfaction with the product and your perception of quality; This perception affects the future purchases of products and is crucial to create a good image of them. On the other hand, the AMEF supports and reinforces the design process already who: aid in the selection of alternatives during design increases the likelihood that potential failure modes and their effects on the operation of the system are considered during the design provides some additional information to assist in the planning of efficient and conscientious testing programs develops a list of potential failure modes, classified according to their likely effect on the client provides an open, documented format to recommend actions that reduce the risk to make does the follow-up of them detect failures wherein are necessary features of auto correction or slight protection identifies known failure modes and potentials that otherwise might pass unnoticed detects primary, but often minimal, faults that can cause certain secondary faults provides a point of seen fresco in the understanding of the functions of a system the FMEA applications? I process analysis of the processes of manufacturing and Assembly? Design analysis of the products before being thrown to his production? Concept analysis of systems or subsystems in the early stages of conceptual design? I computer analysis of the design of machinery and equipment prior to your purchase? Service analysis of the processes of service until they have impact on the customer specifically, considered in this analysis as referring quality-one.com, that the analysis of mode and effect of failure (FMEA) is a methodology of a systematically addressed computer that identifies the failure modes potential in a system, product, or operation of manufacturing / Assembly caused by deficiencies in the design or manufacturing process / Assembly.