Lean Manufacturing

  • Lean Manufacturing
  • Home
  • Process Excellence
    • Lean Six Sigma
    • TPM
      • TPM Introduction
      • Change Management
      • Focused Improvement
      • Autonomous Maintenance
      • Education and Training
      • Quality
      • Safety, Health and Environment
      • Planned Maintenance
      • Early Equipment Management
    • TPS
    • Tools
      • Last Minute Travel Deals
      • 5 Why Analysis
      • Cap-Do
      • Kaizen
      • FMEA
      • One Point Lessons Directory
    • Templates
      • Machine Ledger
      • 5S Audit Checklist and Report
      • Cap-Do (PDCA)
      • One Point Lesson
      • FMEA template
      • M-P sheet (EEM) free template download
      • Why-Why Analysis
  • Free Courses
    • Lean Six Sigma White Belt Course
    • Lean Six Sigma Yellow Belt Course
    • Lean Six Sigma Green Belt Exam
    • Lean Six Sigma Black Belt Exam
    • TPM Instructor Course
    • Agile Retrospective: Continuous Improvement and Kaizen with Scrum
    • Autonomous Maintenance Facilitator
    • Planned Maintenance Facilitator
  • Submit a Post
  • Contact
Home Blog (page 59)

Blog

  • TPM 3 Levels – path to World-Class Manufacturing

    sensei April 30, 2021
    0 22,757
    5S Autonomous Maintenance Blog Change Management Early Equipment Management Early Product Management Education and Training Focused Improvement Instructor Training Manufacturing Support Planned Maintenance Quality Safety, Health and Environment TPM TPM Introduction World Class Manufacturing
    How to get to level 3 of TPM

    Getting to Level 3 of Total Productive Maintenance will require a LOT OF hard work, but it’s doable. Listed below is a 20-Step process on how to get there, steps 1-12 are part of Level 1 (Excellent Factory), steps 13-17 – Level 2 (Excellent Supply Chain) and finally, steps 18-20…

    Read More »
  • Strengthening of Administrative Division Functions through MAKIGAMI Analysis. Part 2

    sensei April 20, 2021
    0 5,188
    Blog

    MAKIGAMI procedure Key point Key point. Make workflows visible! The above table indicates the sequence for preparing a MAKIGAMI analysis. Although MAKIGAMI analysis should of course expose losses in the work itself, a more important task is to uncover losses that obstruct the flow of work. For this reason, the…

    Read More »
  • Strengthening of Administrative Division Functions through MAKIGAMI Analysis. Part 1

    sensei April 20, 2021
    0 5,309
    Blog Manufacturing Support TPM World Class Manufacturing
    TPM Admin Office

    MAKIGAMI analysis achieves greater operating efficiency not merely by reducing the eight major losses in administrative work, but by contributing significantly and positively to management.

    Read More »
  • Focused Improvement Pillar OEE Losses Definition

    sensei April 11, 2021
    1 19,644
    Blog Focused Improvement

    Problems in the Current Process Too many people and systems manipulate the informationAll unaccounted downtime is charged to minor stopsDowntime Losses + OEE hardly close to 100%Open spreadsheet to calculate OEEConcepts are not well understood by those entering the informationAdjustments in the OEE Losses Tree are made at the end…

    Read More »
Previous page Next page

Most Popular

4M Analysis Process

sensei
August 29, 2018

The purpose of this procedure is to define the steps to do a 4M …

OPL – One Point Lesson Template – Free Download

sensei
November 5, 2018

PDCA – A Process Approach

sensei
January 8, 2023
5S - Sort, Set, Shine, Standardize, Sustain

5S Audit Checklist and Report

sensei
April 18, 2022

Why-Why Analysis

sensei
June 10, 2022

Recent

Free Online Certificate Courses Worth Your Time This Year

Industrial Internet of Things in Manufacturing: Uses, Architecture, and Benefits

Why Quality Starts With Constancy of Purpose

Six Sigma vs Lean Six Sigma: A Practical Guide

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.
Copyright © 2026 leanmanufacturing.online
  • Terms of Use
  • Privacy Policy
  • About Our Ads

Popular Posts

4M Analysis Process

sensei
August 29, 2018

The purpose of this procedure is to define the steps to do a 4M …

OPL – One Point Lesson Template – Free Download

sensei
November 5, 2018

PDCA – A Process Approach

sensei
January 8, 2023
5S - Sort, Set, Shine, Standardize, Sustain

5S Audit Checklist and Report

sensei
April 18, 2022

Most Popular Tools

Toyota Production system. Jidoka and Just-in-Time are two pillars of TPS.

How to Drive Lasting Change with Kaizen Mindsets

Innovation vs. Kaizen Explained

How Kaizen and PMP Work Together

Root Cause Analysis Stacking: A Game-Changer for Problem Solving