Discover how advanced grinding techniques shape the future of precision optics! In this course, you’ll explore the science behind lapping and Deterministic Microgrinding (DMG), learn why controlling subsurface damage (SSD) is critical to optical performance, and see how modern finishing methods deliver smoother surfaces and stronger, more reliable components. Whether you’re preparing for a career in optics or looking to deepen your technical expertise, this course will give you the knowledge and skills to understand and master the processes at the heart of high-precision manufacturing.
Curriculum
- 1 Section
- 9 Lessons
- 10 Weeks
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- CurriculumYou must complete each section and pass the quiz with a score of 80% or above to complete this course.10
- 1.1PowerPoint
- 1.2Lesson 1: Introduction to Grinding in Optics
- 1.3Lesson 2: Lapping vs. Deterministic Micro‑Grinding (DMG)
- 1.4Lesson 3: Subsurface Damage Dependencies
- 1.5Lesson 4: Grinding Wheel Types and Bonding
- 1.6Lesson 5: Grit, Mesh, and Concentration
- 1.7Lesson 6: Grinding Speeds and Ratios
- 1.8Lesson 7: Mid‑Spatial Frequency (MSF) Patterns
- 1.9Lesson 8: Practical Case and Conclusion
- 1.10Fundamentals of Grinding – Final Quiz10 Questions
