Selasa, 03 Januari 2012

FMEA/FMECA Benefits

This page describes some of the benefits that can be derived by performing various types of FMEA / FMECA.

FMEA / FMECA - General Benefits:
  • Prevention Planning
  • Identifies change requirements
  • Cost reduction
  • Increased throughput
  • Decreased waste
  • Decreased warranty costs
  • Reduce non-value added operations
Concept FMEA:
  • Helps select the optimum concept alternatives, or determine changes to design specifications
  • Identifies potential failure modes caused by interactions within the concept
  • Increases the likelihood all potential effects of a proposed concept’s failure modes are considered.
  • Identifies system level testing requirements
  • Helps determine if hardware system redundancy may be required within a design proposal
Design FMEA:
  • Aids in the objective evaluation of design requirements and design alternatives
  • Aids in the initial design for manufacturing and assembly requirements
  • Increases the probability that potential failure modes and their effects have been considered in the design/development process
  • Provides additional information to help plan thorough and efficient 
  • test programs.
  • Develops a list of potential failure modes ranked according to their effect on the customer. Establishes a priority system for design improvements.
  • Provides an open issue format for recommending and tracking risk reducing actions.
  • Provides future reference to aid in analyzing field concerns.
Process FMEA:
  • Identifies potential product related process failure modes.
  • Assesses the potential customer effects of the failures.
  • Identifies the potential manufacturing or assembly process causes and identifies process variables on which to focus controls or monitoring.
  • Develops a ranked list of potential failure modes, establishing a priority system for corrective action considerations.
  • Documents the results of the manufacturing or assembly process.
  • Identifies process deficiencies
  • Identifies confirmed critical characteristics and/or significant characteristics
  • Identifies operator safety concerns
  • Feeds information on design changes required and manufacturing feasibility back to the designers.

2 komentar:

  1. Hey there! You have such an interesting and informative page. I will be looking forward to visit your page again and for your other posts as well. Thank you for sharing your thoughts about FMECA. I am glad to stop by your site and know more about FMECA. Keep it up! This is a good read.
    Defining the system is one of the logical steps the FMECA analysis procedure typically consists.
    Know the Basic Analysis Procedure for FMECA

    BalasHapus
  2. This is very good information.i think it's useful advice. really nice blog. keep it up!!!

    - fmeca

    BalasHapus

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