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 1955 - US Air Force define a need to develop a machine tool capable of 
machining complex and close tolerance aircraft parts. 
 1959 - MIT is the contractor and builds the machine for the project. MIT 
announces Automatic Programmed Tools (APT) programming language 
 1960 - Direct Numerical Control (DNC). This eliminates paper tape and allows 
programmers to send files directly to machine tools 
 1980’s - CNC machine is introduced. Unix and PC based systems 
 1997 - PC-Windows operating system is attached to cnc
 Turning Centers 
 Milling Centers 
 Vertical Machining Centers 
 Horizontal Machining Centers 
 Drilling Machines 
 EDM Machines 
 Laser-Cutting Machines
 Spindle in a vertical orientation. 
 VMCs are high-precision 
 Used for tight-tolerance
 Spindle in a horizontal orientation. 
 Horizontal orientation encourages 
chips to fall away. 
 HMCs are high-precision 
 Used for tight-tolerance
 Controlled by G and M codes. 
 These are number values and co-ordinates. 
 Each number or code is assigned to a particular operation. 
 Typed in manually to CAD by machine operators. 
 G & M codes are automatically generated by the computer 
software.
 O - Program number 
 N - Sequence number 
 G - Preparatory function 
 X - X axis designation 
 Y - Y axis designation 
 Z - Z axis designation 
 R - Radius designation 
 F – Feed rate designation 
 S - Spindle speed designation 
 H - Tool length offset designation 
 D - Tool radius offset designation 
 T - Tool Designation 
 M - Miscellaneous function
 G00 Rapid Transverse 
 G01 Linear Interpolation 
 G02 Circular Interpolation, CW 
 G03 Circular Interpolation, CCW 
 G20/G70 Inch units 
 G8 Cancel canned cycles 
 G81 Drilling cycle 
 G82 Counter boring cycle 
 G83 Deep hole drilling cycle 
 G90 Absolute positioning 
 G91 Incremental positioning
 M00 Program stop 
 M01 Optional program stop 
 M02 Program end 
 M03 Spindle on clockwise 
 M04 Spindle on counterclockwise 
 M05 Spindle stop 
 M06 Tool change 
 M08 Coolant on 
 M09 Coolant off 
 M10 Clamps on 
 M11 Clamps off 
 M30 Program stop, reset to start
CNC machine manufactures this items 
Automobile Part 
Aerospace
Diamond & Jewellery Ind. 
Textile Machinery 
Die & Mould Manufactures
• Posess hardness and strength at high 
temperatures 
• Able to withstand when heat is 
generate 
• Angle of the cutting face 
• Flute width, number of flutes, teeth, 
and margin size
 Lubricating during cutting process 
 Cooling the workpiece at high cutting speeds 
 Improving tool life, 
 Improving surface finish 
 Flushing away chips from the cutting zone 
 Corrosion protection of the machined surface
 STRAIGHT OILS -Non-emulsifiable and are used in machining operations in an 
undiluted form they are composed of a petroleum oil , lubricants such as fats, vegetable oils 
( BEST LUBRICATION ) 
 SOLUBLE OILS -Contain no petroleum or mineral oil , composed of 
alkaline inorganic and organic compounds ( BEST COOLING ) 
 SEMISYNTHETIC FLUIDS- Emulsion when mixed with water 
( LEAST EXPENSIVE ) 
 SYNTHETIC FLUIDS-Combination of synthetic and soluble oil fluids 
( COST AND HEAT TRANSFER PERFORMANCE )
 High Accuracy e.g. Aircraft parts 
 Production rate is very high 
 Complex surfaces need to be machined 
 Flexibility in job change , automatic tool settings 
 More safe , higher productivity , better quality 
 Less paper work , faster prototype production
 Costly setup 
 Skilled operators 
 Computers , Programming knowledge required 
 Maintenance is very difficult
.
CNC MACHINE

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CNC MACHINE

  • 1.
  • 2.
  • 3.  1955 - US Air Force define a need to develop a machine tool capable of machining complex and close tolerance aircraft parts.  1959 - MIT is the contractor and builds the machine for the project. MIT announces Automatic Programmed Tools (APT) programming language  1960 - Direct Numerical Control (DNC). This eliminates paper tape and allows programmers to send files directly to machine tools  1980’s - CNC machine is introduced. Unix and PC based systems  1997 - PC-Windows operating system is attached to cnc
  • 4.  Turning Centers  Milling Centers  Vertical Machining Centers  Horizontal Machining Centers  Drilling Machines  EDM Machines  Laser-Cutting Machines
  • 5.
  • 6.
  • 7.
  • 8.  Spindle in a vertical orientation.  VMCs are high-precision  Used for tight-tolerance
  • 9.
  • 10.  Spindle in a horizontal orientation.  Horizontal orientation encourages chips to fall away.  HMCs are high-precision  Used for tight-tolerance
  • 11.  Controlled by G and M codes.  These are number values and co-ordinates.  Each number or code is assigned to a particular operation.  Typed in manually to CAD by machine operators.  G & M codes are automatically generated by the computer software.
  • 12.
  • 13.  O - Program number  N - Sequence number  G - Preparatory function  X - X axis designation  Y - Y axis designation  Z - Z axis designation  R - Radius designation  F – Feed rate designation  S - Spindle speed designation  H - Tool length offset designation  D - Tool radius offset designation  T - Tool Designation  M - Miscellaneous function
  • 14.  G00 Rapid Transverse  G01 Linear Interpolation  G02 Circular Interpolation, CW  G03 Circular Interpolation, CCW  G20/G70 Inch units  G8 Cancel canned cycles  G81 Drilling cycle  G82 Counter boring cycle  G83 Deep hole drilling cycle  G90 Absolute positioning  G91 Incremental positioning
  • 15.  M00 Program stop  M01 Optional program stop  M02 Program end  M03 Spindle on clockwise  M04 Spindle on counterclockwise  M05 Spindle stop  M06 Tool change  M08 Coolant on  M09 Coolant off  M10 Clamps on  M11 Clamps off  M30 Program stop, reset to start
  • 16.
  • 17. CNC machine manufactures this items Automobile Part Aerospace
  • 18. Diamond & Jewellery Ind. Textile Machinery Die & Mould Manufactures
  • 19.
  • 20. • Posess hardness and strength at high temperatures • Able to withstand when heat is generate • Angle of the cutting face • Flute width, number of flutes, teeth, and margin size
  • 21.  Lubricating during cutting process  Cooling the workpiece at high cutting speeds  Improving tool life,  Improving surface finish  Flushing away chips from the cutting zone  Corrosion protection of the machined surface
  • 22.  STRAIGHT OILS -Non-emulsifiable and are used in machining operations in an undiluted form they are composed of a petroleum oil , lubricants such as fats, vegetable oils ( BEST LUBRICATION )  SOLUBLE OILS -Contain no petroleum or mineral oil , composed of alkaline inorganic and organic compounds ( BEST COOLING )  SEMISYNTHETIC FLUIDS- Emulsion when mixed with water ( LEAST EXPENSIVE )  SYNTHETIC FLUIDS-Combination of synthetic and soluble oil fluids ( COST AND HEAT TRANSFER PERFORMANCE )
  • 23.  High Accuracy e.g. Aircraft parts  Production rate is very high  Complex surfaces need to be machined  Flexibility in job change , automatic tool settings  More safe , higher productivity , better quality  Less paper work , faster prototype production
  • 24.  Costly setup  Skilled operators  Computers , Programming knowledge required  Maintenance is very difficult
  • 25. .