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Home Safety (page 4)

Safety

  • Chapter 11. Safety, Health and Environment. Part 3

    sensei October 20, 2017
    0 3,189
    Instructor Training Safety Safety, Health and Environment

    Zero trapping or catching 1 Definition: A body part getting crushed, twisted, etc. by being trapped between objects 2 In broad terms, there are two types of trapping incident: – Caused by own actions, e.g. operator gets hand trapped when trying to wipe dirt off a moving roller. -Caused by…

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  • Chapter 11. Safety, Health and Environment. Part 2

    sensei October 19, 2017
    2 3,427
    Instructor Training Safety Safety, Health and Environment

    2.8 Using Safety Tags and Maps (1) Safety tags If an on-site safety inspection reveals a hazard, but nothing is done about it, the inspection will have served no purpose. Also, if the hazard is not clearly indicated, a person doing a safety check at a later date will not…

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  • Chapter 11. Safety, Health and Environment. Part 1

    sensei October 19, 2017
    0 5,029
    Instructor Training Safety Safety, Health and Environment

    1. The Importance of Safety, Health and the Environment 1.1 An Overview of SHE The particular activities undertaken within a SHE programme will depend to a great extent on the prevailing attitudes toward safety, health and the environment in the company and the local community. Because of this, TPM does…

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  • Safety F-Tags: Lean Hazard and Abnormality Tagging

    sensei September 20, 2017
    0 3,087
    Safety Tools
    Safety F-tag prioritization chart showing how SHE tags are escalated by risk severity

    Learn how Safety F-tags help manufacturing teams identify hazards, tag abnormal conditions, assign owners, escalate urgent risks, and close corrective actions.

    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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