Mechanical - CNC

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CNC (Computer Numerical Control) describes the process in which a computer converts the design created by CAD (Computer Aided Design) software into numbers. The numbers are considered as the coordinates of a graph and they regulate the movement of the cutter. In this manner, the computer controls the cutting and shaping of the material. CNC basically means to how a machine controls its basic method of movement.

CNC is a modern concept in the production and manufacturing industries. However, the concept of CNC dates back to the basic idea of NC (numerical control). The first commercial NC machines were built in the 1950's and ran from punched tape. While the concept immediately proved it could reduce expenses, it was so different that it was very slow to catch on with manufacturers. By the end of the 50's, NC was starting to get popular, though there were still a number of issues. These issues were soon improved with both analog and digital computers. The introduction of computer technology into the concept of numerical control led to what we now know as Computer Numerical Control.

Students having knowledge in basic math, mechanical aptitude, good analytical skill, and ability to read blue prints and drawings are ideal participants of CNC training. Furthermore, they should follow the given steps in order to master the CNC training:

  • Learn the Basic CNC Concepts
  • Learn Basic Tooling and Work holding.
  • Learn Enough G-Code and CNC Machine Basics to Use a CNC Like a Manual Machine Tool.
  • Learn CAD So You Can Draw Your Parts.
  • Learn CAM Software to Generate G-Code.
  • Put It All Together to Make a Part.

Operation Training

  • Mitsubishi Electric CNC/Introduction of M70/M700 series
  • Basic Controller features & function
  • Basic operation programs & G-code cycle
  • Data transmission procedure
  • Basic Macro Programming
  • Research Procedure
  • Work measurement procedure

Maintenance Training

  • Basic connecting of M70/M700 series
  • Basic connecting of MDS-D-SV J3/SP J3 & MDS-D-Drives
  • All backup & individual backup procedure
  • Back lash & orientation setting procedure
  • Maintenance Training Reference point establishment procedure
  • Axis removal setting procedure
  • Ethernet/RS-232 setting procedure
  • On board ladder monitoring & editing procedure
  • Alarm (how to read, identity remade)

CNC Interfacing Training

  • CNC interfacing among devices
  • Drive unit connections & parameterization
  • Basic Parameter Setting
  • Basic Ladder Training
  • NC Explorer Training
  • Note: conducted on request

Job Opportunities

  • CNC Operator
  • CNC Programmer
  • CNC Service Engineer
  • CNC Consultant
  • CNC Application Engineer
  • Lead Engineer
  • Assistant Manager


CNC machining provides a variety of advantages to users as well as the customers to whom they are catering.

  • Precise Component Machining: Computer Aided Design (CAD) software is used to create the 3D designs of the final component. When this is fed into the CNC machine’s computer, the machine is able to carve out the product from the material to exact specifications. Components of complex shapes can be created easily without consuming too much time.
  • Range of Materials: CNC machining can be used to manufacture products from a variety of materials. These include bronze, steel, aluminum, as well as gold and silver. Polymers such as ABS, polycarbonate, and PTFE can be used with the machine as well.
  • Repeatability: Once a design has been fed into the computer, the CNC machine can repeat the manufacturing process multiple times. Also, you will always get a high level of precision and intricacy in the component.

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