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Home TPM Autonomous Maintenance (page 14)

Autonomous Maintenance

  • Equipment Effectiveness

    sensei November 28, 2017
    0 3,940
    Autonomous Maintenance Blog Planned Maintenance

    7 Step Activities of Planned Maintenance Full support of autonomous maintenance Restore Critical Equipment to Basic Condition Implement Corrective Maintenance activities Expose departments to MP activities Expand Predictive Maintenance activities Image 7 steps down below illustrates the relationship between the 4 phases for attaining zero failures and how they are subdivided into the…

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  • Detailed Autonomous Maintenance Plan

    sensei November 14, 2017
    2 2,878
    Autonomous Maintenance Blog
    Autonomous Maintenance

    Effectively and efficiently employ machinery, materials and manpower through the use of TPM tools. AM Step 0 LINK 1 Train or Refresh members on Step 0 ET 2 Train or Refresh members on LOTOTO ET 3 Personal Protective Equipment Identified and trained SHE 4 Principle of operation of machine understood…

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  • Instructor Education Practical Training Manual – Autonomous Maintenance

    sensei November 2, 2017
    0 5,265
    Autonomous Maintenance Instructor Training

    Purposes and cautions of practical training for autonomous maintenance * The purpose of practical training is to master steps 1 through 3 of autonomous maintenance by experiencing them. * The purpose of autonomous maintenance is to improve the “work site.” The activity board of autonomous maintenance is just a tool.…

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  • Autonomous Maintenance (AM) Pillar

    sensei October 21, 2017
    0 12,010
    Autonomous Maintenance Blog
    Autonomous Maintenance

    1.    AM is The Culture Change Pillar. Poor AM implementation will inhibit the successful sustained implementation of TPM. 2. TPM is related to people, not only machines.  The fundamental cultural / behavioral change of the TPM AM Pillar requires a real commitment to training and education. 3. It is…

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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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