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Home TPM Autonomous Maintenance (page 9)

Autonomous Maintenance

  • Autonomous Maintenance Step 0

    sensei August 28, 2018
    0 10,257
    Autonomous Maintenance Safety
    Safety locks and tags visual example for lockout tagout training

    What is Step 0? Step 0 is the Preparation Phase for AM, specifically with regard to Safety. Safety Comes First! Objectives of Step 0: 1.Ensure safe work practices in AM 2. Get better understanding of equipment 3. Learn TPM tools Ensuring Safe Work Practices Personal Protective Equipment (PPE) Identify Sources of…

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  • Forced vs Natural Deterioration in TPM

    sensei August 27, 2018
    0 10,380
    Autonomous Maintenance
    Forced vs natural deterioration comparison showing equipment condition decline and failure risk

    Learn the difference between forced and natural deterioration, why equipment conditions decline, and how TPM, autonomous maintenance, F-tags, and planned maintenance prevent breakdowns.

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  • Autonomous Maintenance

    sensei August 27, 2018
    0 5,103
    Autonomous Maintenance
    Autonomous Maintenance

    AM is a New Way of Thinking & Working Old Approach I operate, You fixI fix, you designI design , you manageI manage, you… New Approach We are all responsible for our equipment Maintenance in TPM – AM Maintenance is not a person or group !Maintenance is the act of…

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  • Autonomous Maintenance Model

    sensei August 14, 2018
    0 8,271
    Autonomous Maintenance

    1. Autonomous Maintenance Implementation Steps 7 steps to Autonomous Maintenance. Examples of steps to implement AM Step 1. Initial cleaning (cleaning and inspection) Complete elimination of waste and dirt, focusing on the equipment main body, implementation of lubrication and retightening, discovery of equipment problems and the restoration thereof. Step 2. Countermeasures for…

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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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