In this session, we''ll cover: �� Types of microscope objective lenses and their applications �� Key specifications to consider when selecting a lens �� Components of a microscope and their role in imaging �� Illumination techniques for enhancing specimen visualization By the end of this webinar, you''ll have a deeper understanding of how to choose and use microscope objective lenses effectively to support your research and imaging needs.

Engineered for wide-field, coma-free imaging, each RC Telescope is custom-built to meet the highest standards of performance and reliability. Whether for space exploration or scientific imaging, Avantier delivers complete optical assembly solutions with unmatched precision.

We specialize in custom optics for space applications, including reflective, catadioptric, and transmissive systems optimized for operation across the 450-1000 nm spectral range. Our compact, athermalized f/2.8 lens design is tailored for 2048 × 2048 sensors, delivering high-resolution, low-distortion star images critical for accurate celestial navigation. Designed for extreme environments, Avantier''s star tracker optics maintain optical stability across −40 °C to +60 °C and concentrate over 85% of light energy within a 3-pixel radius. Features like telecentric optical paths, wide 26.4° field of view, and space-qualified materials ensure robust performance in demanding aerospace conditions.

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.