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  • Why Use Apochromatic Lens?Apochromatic lenses are most commonly used in the form of doublet lenses. A doublet lens is made up of a pair of eyeglasses – one concave and the other convex. The concave element is made of flint gl...view
  • How to Clean Optical Components?Optical components are often subject to contamination in certain ways. Pollution is typically kept to a minimum by placing the optical components back in their housings after use or by covering them t...view
  • Aspheric Lens Processing TechnologyUnderstanding aspheric lensesBy adjusting the conic constant and aspheric coefficient of the lens surface, aspheric lenses can be designed to minimize aberrations to a maximum extent. The most notable...view
  • Understanding the Focal Length of Fisheye LensWhat is fisheye lens?Fisheye lens is a special lens belonging to the ultra-wide-angle lens category. Its field of view strives to reach or exceed the range of human vision. Therefore, the images produ...view
  • Understanding Apochromatic Lens and Its ApplicationsIntroduction to Apochromatic LensA apochromatic lens can be defined as a lens made up of two different types of lenses with different focal lengths that cancel out apochromatic or color distortion. Ch...view
  • What to Do if There is Fog Inside the Projector Lens? What is the Cleaning Method?Projector lens specifically refers to the lens used in micro-display projectors. It is a key factor affecting the quality of projection, with different lenses directly impacting clarity, color, bright...view
  • Application Techniques for Fisheye Camera LensSpeaking of the fisheye camera lens, they are widely used and have no limitations, as their wide-angle characteristic can create a more impressive and spatial landscape when used for scenery shooting....view
  • Understanding the Methods for Cleaning Singlet LensWe all know that Singlet Lens is very important for SLR cameras, and the imaging quality of photos is determined by the lens. When we go out to travel, we always take our SLR camera with us. Over time...view