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Home Blog (page 82)

Blog

  • Process Capability Analysis

    sensei June 26, 2018
    0 3,586
    Blog Lean Six Sigma

    Defect per unit or DPU, is the average number of defects observed in a population sample. Calculated by dividing the total number of observed defects by the total number of units in the sample: DPU=(Total number of defects)/(Total units) Defects per opportunity (opportunity must be a real number, so it won’t…

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  • Bearing failures – Root Cause Analysis and countermeasures

    sensei June 25, 2018
    0 7,085
    Blog Root Cause Analysis

    When a bearing is used under ideal conditions, it will only be damaged by rolling fatigue. Damage due to rolling fatigue may occur very early, however. If damage is found on a bearing, it is important to examine the phenomenon properly and identify the causes, even if the damage is…

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  • Predictive Maintenance – Priority Criteria and Flow

    sensei June 24, 2018
    0 8,984
    Blog

    After establishing successful Preventative Maintenance program, an element of predictive maintenance needs to be considered. Before starting to gather data to analyze it, priority criteria must be developed so appropriate steps will be taken to either correct defects or continue monitoring and plan future repairs. Example of Priority Criteria –…

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  • Global Food Safety Initiative – Preparation for FSSC 22000. Part 2. Food Safety Management Systems Interpretation training

    sensei June 3, 2018
    1 4,343
    Blog Quality Training

    What are Management Systems? Basic Definitions What are the objectives of a management system? What should be included in a Food Safety Management System? What are the Food Safety Critical Success factors? What are the business benefits of a Food Safety Management System? Definitions Management System – system to establish…

    Read More »
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Lean Manufacturing is a methodology for producing goods that emphasizes minimizing waste and maximizing efficiency. It is a manufacturing philosophy that aims to produce goods with the least amount of resources, time and effort. Lean manufacturing aims to eliminate waste and improve the flow of materials and information throughout the production process. This approach is often used in manufacturing environments where efficiency and cost-effectiveness are critical, such as in the automotive and electronics industries.
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Popular Posts

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