Ocean Optics’ Post

Did you know you could see the invisible... with invisible light?🌌✨ Schlieren imaging in the short-wave infrared using a light source at 1.3 µm and a high-speed InGaAs camera at 2,000 FPS. This technique uses variations in refractive indices in a fluid (air in this case) to visualize fluid flows that are otherwise invisible to the human eye. 📸💡 It is so sensitive you can 'see' the heat emitted from your own body! ✋ 🔥 📹🔍 Click the link below to explore all our SWIR cameras including the C-RED 2 high-speed camera used for this post: https://lnkd.in/ezPQxhbY #SWIR #InfraredCameras #SchlierenImaging

See the action in HYPER VISION with the SHIMADZU HYPER VISION HPV-X2. Capture 100,000 pixels from 60 fps up to 10 million fps, without windowing. https://lnkd.in/gK-HFXfQ

https://lnkd.in/eZ3ADEMA What have Holograms and Phase Array in common? At 17:28 looks to me like Near Field and Far Field ;)

What is spectral imaging? 🕵️♂️ 🎨Our energy-sensitive X-ray cameras enable us to visualize different materials in different colors. Do you need to determine the material composition of your sample? Then we have what you're looking for. Since each photon detected by our camera is processed individually, we obtain more information than a regular X-ray that comes out in shades of grey. ⚗️In the image, we compare a palette of different elements to show the striking difference between a greyscale image and one taken with our material-sensitive camera.

components of an industrial radiography device.

Elevate your understanding of vision gimbals with our latest blog post. Explore the importance of rotary encoders in achieving precise camera positioning, regardless of platform movement. Click below to learn more about azimuth and elevation feedback: https://ow.ly/bLXN50Ry1MZ #VisionTechnology #CameraPositioning #RotaryEncoders

Ever wondered why we use Monochrome (B+W) cameras for fluorescence? Is fluorescence not a colour because that is what I see. Here is a webinar explaining. #cameratechnology #cameras #brightfield #fluorescence

It's not too late! Join us tomorrow, Wednesday, June 19, 2024, at 10 AM CDT for the next episode in our Decoding Defects webinar series: Functional Failure Analysis. Discover how slight misalignments or functional deteriorations, such as circuit shorting or reduced battery life, can lead to product failure. In this episode, we will define functional failure and explore how X-ray CT can be used to identify and analyze defects that cause performance issues. Sign up now: https://hubs.li/Q02Cj-mT0 #computedtomography #xrayct #failureanalysis

Unmatched Precision: Experience the most accurate inspection system for crimped stents with StentSpect CR, ensuring reliability you can trust. #StentSpect #PrecisionImaging Advanced Imaging: With high-efficiency cameras and extra magnified zoom lenses, capture stunning, high-resolution images for detailed inspections. #ImagingInnovation #HealthcareTech Fast & Efficient: Measure average long-length crimped stents in under 30 seconds! Speed meets accuracy with StentSpect CR. #Efficiency #StentInspection Discover more about how StentSpect CR can revolutionize your data gathering and imaging processes! https://lnkd.in/d9Qk5_H5 #StentSpect #InnovativeSolutions

Optical triplet lenses combine three elements to correct spherical and chromatic aberrations. Perfect for high-resolution imaging systems, they provide clear, sharp images across varied wavelengths, ideal for complex optical applications. #TripletLenses #AberrationControl #HighResolution #OpticalPrecision #ImageClarity