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Cutting Mechanism of Endless Diamond Wire for Optical Glass and 3D‑Coated Materials

Technical Articles / 글쓴이

1. Introduction: The Challenge of Cutting 3D‑Coated Optical Glass In modern optical manufacturing the demand for components with functional coatings on glass is growing rapidly. The process of 3D‑coated optical glass cutting introduces significant challenges. Multilayer coatings such as SiO₂, MgF₂, ITO or polymer films are typically bonded to a glass substrate with disparate mechanical […]

Cutting Mechanism of Endless Diamond Wire for Optical Glass and 3D‑Coated Materials 자세히보기"

Why Endless Diamond Wire Is Replacing Laser and Waterjet in Precision Optical Cutting?

Technical Articles / 글쓴이

Introduction: The Limits of Traditional Optical Cutting Methods The demand for ultra-precise, damage-free optical components is rising across industries like 3D sensing, AR/VR, LiDAR, and biomedical imaging. The optical cutting technology becomes important.However, traditional cutting methods like laser and waterjet are struggling to meet the tolerances, cleanliness, and edge quality required in these applications. Common

Why Endless Diamond Wire Is Replacing Laser and Waterjet in Precision Optical Cutting? 자세히보기"

How Endless Diamond Wire Minimizes Edge Chipping in Optical Glass Cutting？

Technical Articles / 글쓴이

Why Edge Chipping Is a Key Issue in Optical Glass Processing In the production of high-precision optical components—lenses, prisms, filters—edge chipping is one of the most common causes of yield loss. During dicing or slicing, brittle materials like fused silica, borosilicate, and optical crystal substrates are prone to micro-cracks or flaking at the edges. Even

How Endless Diamond Wire Minimizes Edge Chipping in Optical Glass Cutting？ 자세히보기"

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