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    Mechatronic Introduction

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    muhd ilyas
    Mechatronics refers to a multidisciplinary approach that integrates mechanical and electronic engineering in product and manufacturing system design. It represents the next generation of machines, robots, and smart mechanisms for carrying out work in factory automation, office automation, and home automation. As a discipline, mechatronics encompasses electronics enhancing mechanics to provide high precision and reliability, and electronics replacing mechanics to provide new functions. Japan has mastered mechatronics, the fusion of precision mechanics and electronics in design, engineering, and manufacturing.

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    Mechatronic Introduction

    Uploaded by

    muhd ilyas
    28 views3 pages
    Mechatronics refers to a multidisciplinary approach that integrates mechanical and electronic engineering in product and manufacturing system design. It represents the next generation of machines, robots, and smart mechanisms for carrying out work in factory automation, office automation, and home automation. As a discipline, mechatronics encompasses electronics enhancing mechanics to provide high precision and reliability, and electronics replacing mechanics to provide new functions. Japan has mastered mechatronics, the fusion of precision mechanics and electronics in design, engineering, and manufacturing.

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    Basic introduction of mechatronic

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    mechatronic introduction

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    Mechatronics refers to a multidisciplinary approach that integrates mechanical and electronic engineering in product and manufacturing system design. It represents the next generation of machines, robots, and smart mechanisms for carrying out work in factory automation, office automation, and home automation. As a discipline, mechatronics encompasses electronics enhancing mechanics to provide high precision and reliability, and electronics replacing mechanics to provide new functions. Japan has mastered mechatronics, the fusion of precision mechanics and electronics in design, engineering, and manufacturing.

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    © All Rights Reserved
    Download as DOC, PDF, TXT or read online from Scribd
    Download as doc, pdf, or txt
    28 views3 pages

    Mechatronic Introduction

    Uploaded by

    muhd ilyas
    Mechatronics refers to a multidisciplinary approach that integrates mechanical and electronic engineering in product and manufacturing system design. It represents the next generation of machines, robots, and smart mechanisms for carrying out work in factory automation, office automation, and home automation. As a discipline, mechatronics encompasses electronics enhancing mechanics to provide high precision and reliability, and electronics replacing mechanics to provide new functions. Japan has mastered mechatronics, the fusion of precision mechanics and electronics in design, engineering, and manufacturing.

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    E3065/01/1

    INTRODUCTION OF MECHATRONIC DEVICES

    1.1 INTRODUCTION OF MECHATRONIC.

    Mechatronic is a term coined by the Japanese to describe the integration of mechanical


    and electronic engineering. More specifically, it refers to a multidisciplinary approach to
    product and manufacturing system design. It represents the next generation machines, robots
    and smart mechanisms for carrying out work in a variety of environments-predominantly
    factory automation, office automation and home automation as shown in figure 1.1(a).
    E3065/01/2
    INTRODUCTION OF MECHATRONIC DEVICES

    Mechatronics
    Home Automation

    Office
    Automation Factory
    Automation

    Figure 1.1(a) : Domains of mechatronics.

    As a discipline, mechatronic encompasses electronics enhancing mechanics ( to provide


    high levels of precision and reliability) and electronics replacing mechanics (to provide new
    functions and capabilities). Some examples where mechanics has been enhanced by
    electronics are numerically controlled machines tools which cut metal automatically, industrial
    robots and automatic bank tellers. The products where electronics replaces mechanics include
    digital watches, calculator or others.
    However, the products that really blur the distinction between electronics and
    mechanics are machines and robots driven by numerical control. Japan is the first country in
    the world to have mastered the NC machines technology and as a result the Japanese machine
    tool industry has flourished. This is because the Japanese have mastered mechatronics, the
    fusion of precision mechanics and electronics in design, engineering and manufacturing, which
    are popularly depicted by the Japanese as shown in figure 1.1(b).
    E3065/01/3
    INTRODUCTION OF MECHATRONIC DEVICES

    Design/Engineering Manufacturing

    Electronics

    Mechatronic
    s

    Mechanical

    Figure 1.1(b) : Concept of mechatronics.

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