Webinar: Exploring Off-Axis Parabolic (OAP) Mirrors for Advanced Optical Systems скачать в хорошем качестве

Webinar: Exploring Off-Axis Parabolic (OAP) Mirrors for Advanced Optical Systems

Are you designing high-precision optical systems and want to better understand Off-Axis Parabolic (OAP) Mirrors? This webinar from Avantier is your essential guide to OAP mirrors—exploring their geometry, performance advantages, and how they’re used in laser optics, spectroscopy, metrology, astronomy, and biomedical imaging. In this video, you'll learn: 🔴What is an Off-Axis Parabolic Mirror? 🔴How OAP mirrors differ from on-axis systems 🔴Core design parameters: parent focal length, off-axis distance, off-axis angle 🔴Why OAP mirrors are ideal for achromatic, diffraction-limited applications 🔴How OAP mirrors enable compact, high-efficiency optical setups 🔴Real-world use cases: laser beam collimation, adaptive optics, interferometry, and more Who should watch? Optical engineers, system designers, laser application specialists, and researchers working in advanced imaging or instrumentation. Need custom optical components or design help? Avantier specializes in precision optical solutions including custom OAP mirrors tailored to your exact specs. Like, comment, and subscribe for more insights into optical innovation. Visit us at https://avantierinc.com/ and feel free to reach out to us at https://avantierinc.com/contact/ or contact us at sales@avantierinc.com to start our collaborative journey towards innovation! Timestamps: 0:08 – Introduction 0:22 – What is an OAP Mirror? 1:40 – Key Design Parameters 2:52 – Advantages in Optical Systems 4:02 – Real-World Applications 4:51 – Summary & Contact #OffAxisParabolicMirrors #OAPMirrors #LaserOptics #PrecisionOptics #CustomOptics #OpticalDesign #Spectroscopy #AstronomyOptics #BiomedicalImaging #AvantierOptics #ReflectiveOptics #Avantier #Innovation #imageprocessing #biophotonics #engineering #Areospace #Imaging #lifesciences #neuroscience #biology #Cytometry #customoptics #opticalsolution #highprecisionoptics Music by Joystock - https://www.joystock.org