Comparison of Properties Between Synthetic Diamond and Synthetic Sapphire
Comparison of Properties Between Synthetic Diamond and Synthetic Sapphire
Comparison of Properties Between Synthetic Diamond and Synthetic Sapphire
The best way to make a sapphire window is by growing a large, single crystal of synthetic sapphire, slicing it into wafers with a diamond saw, and then meticulously grinding and polishing those wafers to achieve the desired thickness, flatness, and optical transparency. It is a multi-stage, precision-controlled process.
An industrial sapphire window is a transparent component made from high-purity α-Al₂O₃ (aluminum oxide) single crystals, processed through controlled crystal
Lenses → Focus or spread light (imaging/vision correction). Prisms → Split, bend, or filter light (spectroscopy/reflection). 💡 Bonus: Modern optics (e.g., cameras, telescopes) combine lenses and prisms for advanced control!
This article introduces a specialist manufacturer of high-precision sapphire components. The company leverages Swiss-imported ultra-precision machining equipment, strict environmental controls, and a comprehensive quality assurance system—encompassing both micro-inspection (e.g., 160-200x microscopy) and macro-metrology (e.g., interferometers, CMMs). This enables high-quality machining of complex structures like micro-holes and contoured surfaces. Key strengths include the stable capability to machine micro-holes as small as 0.03mm, low-stress manufacturing processes, and extensive expertise serving high-end industries such as optics, medical devices, precision instrumentation, and scientific research. Positioning itself as an engineering partner, the company is dedicated to providing reliable, high-precision sapphire component solutions through deterministic manufacturing.
Categories Item Values General Chemical composition Al₂O₃ Crystal form Hexagonal Melting point 2050℃ Thermal Coefficient of expansion Parallel optical axis:
Ruby Components: Key Points 1. Overview Synthetic ruby (Al₂O₃ + Cr³⁺) offers industrial-grade purity and crystal structure for electronics/optics. 2.
A sapphire lens is an optical element fabricated from high-purity α-Al₂O₃ (single‐crystal aluminum oxide). Because of its superior mechanical strength,
Sapphire Precision Components Sapphire Optical Windows Gas and air analyzers/displays Endoscope windows High/low temperature protection windows Laser windows Photon rejuvenation
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