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Home Blog (page 62)

Blog

  • PQCDSM KPI Definitions

    sensei December 1, 2020
    0 21,188
    Blog Quality Safety, Health and Environment
    Continued emphasis on reliability, service, productivity, quality, SHE compliance, and cost, this report will provide a single vehicle to collect plant information for sharing and improvement.

    Safety, Health, and Environment Total Recordable Frequency Rate Total Recordable Frequency Rate for employees is the sum of all the lost time accidents (LTA), restricted work cases (RWC), and all medical treatment cases (MTC) expressed as a rate per hundred thousand hours worked. The data reported should cover only each…

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  • Design of Experiments

    sensei November 28, 2020
    0 6,599
    Blog Lean Six Sigma Training
    Statistically designed experiment

    Design of experiment: used to select product characteristics and process parameters to obtain desired product and process performance.

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  • P-M Analysis Basics

    sensei November 10, 2020
    0 25,281
    Blog PM-analysis TPM

    P dash M Analysis is a systematic Problem-Solving Philosophy for Chronic Losses. The term P-M Analysis comes from the following origin: P – Phenomena(non), Physical; M – Mechanism, Relationship (Machine, Man/Woman, Material, Method) When To Use P-M Analysis? Root Cause Analysis Two Types of Problem Solving Techniques Why is the 5-why Analysis effective?…

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  • 12-Step Kaizen Story

    sensei November 8, 2020
    0 41,418
    Blog Focused Improvement Kaizen TPM
    12-step Kaizen process for manufacturing improvement

    The Key Tool for Executing Continuous Improvement 12-Step Kaizen is a Better Defined CAP-Do Check Identify where the losses are Justify the subject selection by stratifying the data Understand the process and equipment Grasp the actual situation (Identify the Phenomenon) Establish the objective Establish a Work Plan Analyze Determine Root…

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Blog Search

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

4M Analysis fishbone diagram showing People, Machine, Method, and Material root cause categories

4M Analysis Process: Root Cause Guide for Manufacturing

sensei
August 29, 2018

Learn how to use 4M Analysis to find manufacturing root causes across People, Machine, Method, and Material with diagrams, examples, and checklist.

OPL – One Point Lesson Template – Free Download

sensei
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sensei
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