IT 250 - Coordinate Measuring Machine

1. identify quadrants and be able to make measurements and calculations relative to the Cartesian coordinate system;
2. plot various X&Y coordinates on graph paper;
3. using the CMM and a sample part, demonstrate the ability to:
   1. translate the part coordinate system in the X, Y&Z axis;
   2. rotate the part coordinate system in the X, Y&Z axis; and
   3. store and recall the part coordinate system.
4. explain and define machine coordinates and part coordinates;
5. identify measurement planes for various features on a CMM test piece;
6. using the CMM and a sample part, demonstrate the ability to:
   1. display machine coordinates;
   2. recall precious measured features and establish a part coordinate system; and
   3. recognize an incomplete coordinate system.
7. define various geometric features;
8. using the CMM and a sample part, demonstrate the ability to measure each of the geometric features;
9. explain how geometric dimensioning and tolerancing is a dimensioning system that thoroughly defines a part;
10. list advantages of geometric dimensioning and tolerancing;
11. demonstrate how datums are established using a CMM;
12. demonstrate proper technique for hard probe calibration;
13. demonstrate proper technique for touch probe calibration;
14. explain the differences between mechanical and air bearing systems and the function of both;
15. identify at least four materials utilized in the construction of CMM’s;
16. use proper cleaning techniques and solvents for various parts of a CMM; and
17. properly and safely use a CMM to accurately measure part features to print specifications.