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Factory Automation And Robotics Applications

A description of the factory automation products and robotics uses is given here:

  • Vehicles and Motorcars
  • Airplanes
  • Building Materials
  • Touch Systems
  • Market Goods
  • Carbon Goods
  • Weight
  • Snacks and Drinks
  • Materials
  • Pharmaceutical and medical devices (accurate drug concentrations, blood pressure, hearing aids and heart rate monitoring)
  • Robotic Appliances
  • Electronics & Conductors

Microelectronics Automation and Robotics Applications. Here is a list of the microelectronics automation and robotics applications:

  • Microwave tool
  • Photographs
  • FRID
  • Satellite Materials
  • Science Tool
  • Checkers and Monitors
  • ¬∑Wireless Networking Elements

Four Types of Factory Automation Systems. There are currently four distinct types of automation systems in service, each with one different purpose:


Comprehensive integration of plant and industrial operations by computerisation is the automation of industrial production. Computer-integrated manufacturing (CIM) CIM programs have the following components:

  • Automated cranes and moveable systems
  • Optical-system control development project
  • Computer assisted design CAD and computer aided engineering (CAM)
  • Computer-supported preparation
  • Development and machine driven scheduling
  • Flexible Machine Systems
  • Robotic devices

Flexible Manufacturing Systems (FMS):

Flexible automation systems are expanding the functionality of programmable devices to allow for improvements at or with minimal time loss. Via lightweight systems a range of products may be handled in medium sized lots.


Programmable automation systems require process modifications and rearrangements to accommodate adjustments in performance and improvements. Numeric controller devices are often used by a computer system to generate batches of particular items. You may pick up a hundred or a few thousand items. Programmable automation systems match the sequential production with similar items to enhance performance. Programmable control lines have non-productive loops for swapping equipment and configuring batch reprogrammes.

Stiff, rough or rigid:

In defined control systems, machinery determines cycle sequence. With minimal effort these systems may be changed or modified. Technology is typically limited to an item of broad scale, for example cars.

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Alicia Dixon