광학
계측학
There are any number of parameters you can define for an optical or optomechanical product - including physical and optical specifications. But if you’ve specified it, then we measure it.
Intensive metrology ensures your products deliver a perfect fit and meet all optical specifications. We make sure that the coatings deliver the correct performance at every wavelength, and we measure LIDT wherever you specify. And we measure the alignment of every optomechanical assembly.
주요 역량
Physical Dimensions It’s simple but it’s also very important. We measure every specified dimensional detail using tried and true tools like calipers. |
Surface Shape Laser interferometry is used to confirm the shape accuracy (i.e., wavefront) of very reflective or transmissive optic. |
Laser-Induced Damage Threshold (LIDT) Determining the threshold for laser damage minimizes the chance you might damage your optics when using high power lasers. |
 Spectrophotometry The performance of most coatings depends on the wavelength of the incident light and we use spectrophotometers to measure that. |
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 Surface Smoothness Unwanted surface roughness can cause scatter problems which is why we quantify surface roughness (Ra) using calibrated profilometers. |
추천 블로그
Coherent NIF: 핵융합 에너지원 개발
Coherent 광학 장치는 태양의 에너지원인 핵융합을 일으키는 데 레이저 시스템 거대한 레이저 시스템 일부에 불과합니다.
