REVERSE ENGINEERING 3D SCANNING
Overview
A common industry challenge is creating 3D CAD models for various applications - whether it’s for legacy parts without engineering drawings, 3D printing spare parts, or developing tooling on the shop floor. Learn how to tackle such challenges from our expert instructors.
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What you will learn:
- Introduction to Metrology
- Consequences of incorrect measurements
- Factors influencing measuring results
- Preparation of accurate measurements
- Production processes
- Measuring- Testing-Gaging
- Introduction to Contact and Non-Contact measuring techniques
- Introduction to 3D scanning technology
- Working principles of 3D scanning technology
- Intro to GOM scan 1
- General operation and demonstration of the software
- Calibration of system
- Preparing the measuring object
- Measuring top and bottom surface, Measuring without reference points
- Intro of Software
- Zeiss Quality suit
- Creating the first inspection
- General inspection concept
- How to derive Nominal values
- How to drive actual values
- Inspecting elements
- Exercise on Sample Inspection
- Tolerances
- Special Application: Inspecting Actual data only
Objectives:
- Introduce metrology principles and the importance of accurate measurements.
- Teach students contact and non-contact measuring techniques, including 3D scanning
- Familiarize students with Zeiss Quality Suite and GOM Scan 1 for calibration and inspection.
- Enable students to derive nominal/actual values, inspect components, and apply tolerances.
Assessment:
Throughout the course, your progress will be evaluated through interactive quizzes, hands-on demonstrations, and a final project to showcase your skills. Upon completion, you’ll receive a prestigious certification, recognized by leading organizations in the industry.
Certificates
