Flow cytometry relies on optimizing SNR to enhance the clarity of signals from cells using lasers and flow cytometer optics.
Flow cytometry relies on optimizing SNR to enhance the clarity of signals from cells using lasers and flow cytometer optics.
The guide explains spherical mirrors, the mirror equation, radius of curvature, and contrasts convex and concave mirrors.
PICs, or optical ICs, use photons to power highly sensitive biosensors and revolutionize medical diagnostics.
Product Highlights: Aspheric lens corrects spherical aberration, improving image quality. They feature varying curvature, unlike spherical lenses and spherical elements enhancing, enhancing precision. Manufacturing methods include precision glass molding, precision polishing, and diamond turning, each with unique benefits and limitations. Material selection depends on application needs and manufacturing process compatibility. Avantier offers comprehensive custom solutions, […]
FLIM merges medical microscopy and imaging techniques to study biological processes at a molecular level, vital for biomedical research.
Achromatic lenses correct chromatic aberration, ensuring high image quality across a wide spectral range in various optical systems.
Optimize your production with Avantier’s microlens arrays, offering UV, VIS, and NIR video imaging cameras.
Learn how aspheric lenses revolutionize optical systems by reducing aberrations and enhancing performance, replacing spherical lenses.
The two-aspheric cemented lens enhances optical performance for ophthalmic examinations, ensuring clear imaging.
Spherical mirrors, including concave and convex mirrors, create real and virtual images by directing parallel rays to or from a focal point.