Computer Aided Manufacturing (CAM) And Its Applications

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Computer Aided Manufacturing (CAM) And Its
Applicationshttp//crbtech.in/CAD-CAM-Training
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Introduction

• CAM stands for Computer Aided Manufacturing.
• It is an automation system which plays the role
  in accurate conversion of product designs,
  drawing object and creates codes, which can be
  read by the system to yield the product.
• CAM allows professionals to control machines to
  yield several items.

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A look into history

• CAM technology which was used in the CNC machines
  in the 1950s. It is a calculative achievement of
  which allows a whole set of functions to be
  regulated at the same time.
• It's main objective is to accelerate the
  manufacturing process of various components with
  more accurate measurements and consistency.
• As CAM uses only the necessary amount of
  ingredients there is less amount of wastes and
  also the energy usage.

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Advantages

• The primary functions of CAM are casting with
  metals, glass working, woodturning and graphical
  optimization of the entire yielding procedure. It
  also allows creating surfaces or optical
  elements made from crystals, glass, and other
  metals.
• CAM can yield 3D solids using metal lathes with
  high accuracy and details.
• Systems running on CAM can use whole range of
  production tools including fast-paced, five-axis
  turning machines and electrical discharge
  machines.
• It aid to apply highly developed productivity
  tools that include simulation and optimization to
  support certain professional skills.
• It can be used in analyzing an item for a
  reaction to stress.

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Applications

• Application areas of CAM are mechanical,
  industrial, electrical and aeronautical
  engineering. Other areas include thermodynamics,
  fluidity, kinematics, and electromagnetism.
• CAM can be used in manufacturing products
  like
• Holders for candlestick
• Legs of tables
• Bowls
• Bats for baseball
• Camshafts

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• Thank You !
• http//crbtech.in/CAD-CAM-Training