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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
FLEXIBLE
MANUFACTURING
SYSTEMS IS A
MANUFACTURING
TECHNOLOGY
WHICH INCLUDES
THE WORD
“SYSTEM”
INFERRING A
PHILOSOPHY OF
MANUFACTURING
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
FLEXIBLE
MANUFACTURING
SYSTEMS OR FMS
IMPLIES ADAPTING AN
OPERATIONAL
ENVIRONMENT TO
INCLUDE FLEXIBLITY
IN WHICH SATISFIES
DIFFERENT MARKET
NEEDS
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
FLEXIBLE MANUFACTURING SYSTEMS
PETER DRUCKER HAS SAID “WE MUST
BECOME MANAGERS OF
TECHNOLOGY NOT MERELY USERS
OF TECHNOLOGY”
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
FLEXIBLE MANUFACTURING
SYSTEMS HISTORICALLY
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
FLEXIBLE
MANUFACTURING
SYSTEMS TODAY
MEANS TO PRODUCE
REASONABLY PRICED
CUSTOMIZED
PRODUCTS OF HIGH
QUALITY THAT CAN BE
QUICKLY DELIVERED
TO CUSTOMERS
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
IDENTIFY COMPONENTS
OF A FLEXIBLE
MANUFACTURING CELL
MACHINE FLEXIBILITY
ENCOMPASSES THE
EASE THAT A MACHINE
CAN PROCESS A
VARIETY OF
OPERATIONS
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
IDENTIFY COMPONENTS OF A FLEXIBLE
MANUFACTURING CELL
MATERIAL HANDLING FLEXIBILITY ENCOMPASSES
THE EASE THAT A VARIETY OF PARTS CAN BE
TRANSPORTED AND POSITIONED FOR THE NEXT
OPERATION
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
IDENTIFY COMPONENTS OF A FLEXIBLE
MANUFACTURING CELL
OPERATION FLEXIBILITY MEASURES THE
EASE OF USING ALTERNATE
OPERATION SEQUENCES FOR
PROCESSING A PART
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
IDENTIFY COMPONENTS
OF A FLEXIBLE
MANUFACTURING CELL
VOLUME FLEXIBILITY IS
A MEASURE OF THE
SYSTEMS ABILITY TO
CHANGE THE
QUANTITY OF PARTS
PRODUCED
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
IDENTIFY COMPONENTS OF A
FLEXIBLE MANUFACTURING CELL
EXPANSION FLEXIBILITY IS THE
ABILITY TO BUILD AND EXPAND THE
SYSTEM INCREMENTALLY
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
IDENTIFY COMPONENTS
OF A FLEXIBLE
MANUFACTURING CELL
ROUTING FLEXIBILITY
MEASURES THE
ALTERNATIVE PATHS
EFFECTIVELY
FOLLOWED BY A PART
THROUGH THE SYSTEM
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
IDENTIFY COMPONENTS OF A FLEXIBLE
MANUFACTURING CELL
PROCESS FLEXIBILITY MEASURES THE
VOLUME OF THE SET OF PART TYPES
THAT A SYSTEM CAN PRODUCE
WITHOUT INCURRING ANY SETUP
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
IDENTIFY COMPONENTS
OF A FLEXIBLE
MANUFACTURING
CELL
PRODUCT FLEXIBILITY
IS THE VOLUME OF
THE SET OF PART
TYPES THAT A SYSTEM
CAN PRODUCE WITH
MINOR SETUP
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
IDENTIFY COMPONENTS
OF A FLEXIBLE
MANUFACTURING CELL
PROGRAM FLEXIBILITY
MEASURES THE
SYSTEMS PRODUCTION
LONGEVITY WITHOUT
EXTERNAL
INTERVENTION
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
IDENTIFY COMPONENTS OF A FLEXIBLE
MANUFACTURING CELL
PRODUCTION FLEXIBILITY IS THE VOLUME OF THE
SET OF PART TYPES PRODUCED BY THE
SYSTEM WITHOUT MAJOR CAPITAL INVESTMENT
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
IDENTIFY COMPONENTS
OF A FLEXIBLE
MANUFACTURING CELL
MARKET FLEXIBILITY IS
THE SYSTEMS ABILITY
TO EFFICIENTLY ADAPT
TO CHANGING MARKET
CONDITIONS
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
FMS IS AN ARRANGEMENT OF
MACHINES
INTERCONNECTED BY A
TRANSPORT SYSTEM
WHICH CARRIES WORK TO
THE MACHINES WHERE
ACCURATE, RAPID AND
SUTOMATIC PRODUCTS
ARE MANUFACTURED BY A
CONTROLLING CENTRAL
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
FMS CAN PRODUCE
SMALL LOTS IN
CONTINUOUS
MANUFACTURING
ACTIONS PRODUCING
LOW-COST
PRODUCTS AS
NEEDED, THIS IS THE
WAY OF THE FUTURE
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
TYPES OF DATA FILES INCLUDE
PROGRAM, ROUTING, PART
PRODUCTION, PALLET
REFERENCE, STATION TOOL AND
TOOL LIFE
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
DATA
COMMUNICATION IS
IMPLEMENTED BY
AN OBJECT
ORIENTED MODEL
USING SOFTWARE
DEVELOPED IN C++
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FLEXIBLE MANUFATURING
SYSTEMS/ROBOTICS
PROGRAMMABLE LOGIC
CONTROLLERS ARE USED FOR
MANIPULATING THE INFORMATION
IN THE MANUFACTURING
PROCESS
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FLEXIBLE MANUFATURING
SYSTEMS/ROBOTICS
IN ORDER TO BE ABLE TO INCORPORATE
ADVANCED TECHNIQUES INTO THE
PRODUCTION LINE ENGINEERS MUST BE
FAMILIAR WITH COMPUTER-AIDED DESIGN
AND MANUFACTURING (CAD/CAM),
NUMERICALLY CONTROLLED MACHINE
TOOLS (CNC), COMPUTER CONTROLLED
MATERIAL HANDLING (AGV), AUTOMATIC
STORAGE SYSTEMS (AS/RS), ROBOTS,
AND SOPHISTICATED SENSORY SYSTEMS
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SUCH AS COMPUTERIZED VISION
FLEXIBLE MANUFATURING
SYSTEMS/ROBOTICS
IN ORDER TO BE ABLE TO
INCORPORATE ADVANCED
TECHNIQUES INTO THE PRODUCTION
LINE ENGINEERS MUST BE ABLE TO
DESIGN, INSTALL, IMPLEMENT, AND
OPERATE SUCH SYSTEMS,
TOGETHER WITH OTHER ENGINEERS
AND TECHNICIANS INVOLVED IN
OPERATING THE "FACTORY OF THE
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FLEXIBLE MANUFATURING
SYSTEMS/ROBOTICS
DEDUCE ROBOT FUNCTIONS
IN A FMS CELL BY
KNOWING THE AREAS OF
RAPID-RESPONSE
MANUFACTURING, GLOBAL
MANUFACTURING,
FLEXIBLE AUTOMATION,
MECHATRONICS AND
COMPUTER-CONTROLLED
MACHINERY AND
PROCESSES
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FLEXIBLE MANUFATURING
SYSTEMS/ROBOTICS
DEDUCE ROBOT FUNCTIONS IN A FMS CELL
BY KNOWING THE AREAS OF
MICROMECHANICAL SYSTEMS, GREEN
MANUFACTURING, BIOTECH
MANUFACTURING, PHOTONICS
MANUFACTURING, NANO
MANUFACTURING, ROBOTICS, RAPID
PROTOTYPING, CONCURRENT
ENGINEERING, LIFE CYCLE ENGINEERING,
CAD/CAM/CAE, AND INTEGRATION OF IT
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TOOLS INTO MANUFACTURING
FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
FLEXIBLE MANUFACTURING
CELLS AND FUNCTIONS IN
A FMS CELL USE
COMPUTER INTEGRATED
MANUFACTURING
PROGRAMS SPECIALIZING
IN THE COMPUTERCONTROLLED SYSTEMS
FOR MANUFACTURING
APPLICATIONS
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
FLEXIBLE MANUFACTURING CELLS AND
FUNCTIONS IN A FMS CELL NEED THOSE
TRAINED TO INCLUDE ELECTRONICS,
INDUSTRIAL COMPONENTS, VARIOUS
COMPUTER CONTROL SOFTWARE AND
HARDWARE APPLICATIONS, INDUSTRIAL
CONTROL CIRCUITS, PROGRAMMABLE
LOGIC CONTROLLERS (PLCS),
HYDRAULICS AND PNEUMATICS
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FLEXIBLE MANUFACTURING
SYSTEMS/ROBOTICS
FLEXIBLE MANUFACTURING CELLS AND
FUNCTIONS IN A FMS CELL NEED THOSE
TRAINED TO INCLUDE SPECIALIZED
COURSES IN AUTOMATED
MANUFACTURING SYSTEMS SUCH AS
AUTOMATED PROCESS CONTROL,
WHICH PREPARES YOU TO WORK IN THE
MANUFACTURING, FOOD, CHEMICAL,
PAPER PULP, AND PHARMACEUTICAL
INDUSTRIES
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