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Course Outline
Introduction to PC-DMIS and Coordinate Metrology
- Overview of the PC-DMIS interface and various operating modes
- Core principles of coordinate measurement and probing
- Configuration of projects and part files within non-CAD mode
Machine Configuration and Feature Measurement
- Insights into probe configuration and calibration processes
- Measuring fundamental features such as points, lines, circles, and planes
- Manual entry of feature coordinates
Establishing and Managing Alignments
- Setting up part alignments derived from measured features
- Configuring datums and building reference frames
- Application of 3-2-1 and best-fit alignment methods
Advanced Feature Construction and Analysis
- Building features from pre-existing measured data
- Understanding feature-to-feature relationships and geometric calculations
- Utilizing intersections, midpoints, and projections
Measurement Routines and Program Development
- Capturing measurement sequences directly from the CMM
- Refining, commenting on, and structuring PC-DMIS routines
- Incorporating loops, variables, and conditional logic into programs
Reporting and Data Analysis
- Generating and customizing measurement reports
- Evaluating dimensional results and associated deviations
- Exporting data for integration with SPC or quality management systems
Troubleshooting and Best Practices
- Mitigating common errors in manual feature creation
- Techniques for probe qualification and verification
- Enhancing repeatability and accuracy in non-CAD measurements
Wrap-Up and Future Directions
Requirements
- A solid grasp of dimensional metrology principles
- Proficiency in reading and interpreting engineering drawings
- Knowledge of coordinate systems and part measurement concepts
Target Audience
- Quality engineers
- Metrology technicians
- Manufacturing engineers
21 Hours
