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  • What to Clean the Projection Lens With? Can the Coating Be Repaired? What to Clean the Projection Lens With? Can the Coating Be Repaired? Ⅰ. What should be used to clean the projection lens?The projection lens needs to be cleaned with lens paper, cotton swabs and special cleaners, of which the cleaners can be replaced by pure water or ...
  • The Difference Between Sphere Lens and Anamorphic Lens The Difference Between Sphere Lens and Anamorphic Lens The interior of each lens is made of different curved glass, called elements.1. Understand sphere lens and anamorphic lensSphere lenses are called spherical because their lens elements are circular. W...
  • Understanding Apochromatic Lens and Its Applications Understanding Apochromatic Lens and Its Applications Introduction 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...
  • Why Use Apochromatic Lens? 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...
  • Technology Advantages and Applications of Infrared Lens Technology Advantages and Applications of Infrared Lens Infrared Lens is a rising technology with a limited range of applications. However, with the trend in security, Infrared Lens will rapidly expand.Infrared Lens technologyInfrared lens uses special opt...
  • Understanding and Characteristics of Sapphire Ball Lens Understanding and Characteristics of Sapphire Ball Lens Sapphire optical components can be used for various applications that require high durability or a wide spectral range, including semiconductors, FTIR spectroscopy or FLIR imaging. Sapphire glass is t...
  • Introduction and Characteristics of Sapphire Glass Introduction and Characteristics of Sapphire Glass Introduction to Sapphire GlassSapphire Glass generally refers to synthetic sapphire, which is quite different from natural sapphire as commonly understood by people. It is usually used to manufacture ...
  • What is a Penta Prism? What is a Penta Prism? Prism is a piece of triangular glass or plastic. Prism works because different colors of light propagate at different speeds inside the glass. Because colors of light propagate at different speeds, th...
  • Application Design of Infrared Optical Lenses Application Design of Infrared Optical Lenses Infrared optical devices, commonly known as IR optical devices, are used to collect, focus, or collimate spectra in near-infrared (NIR), short-wave infrared (SWIR), medium-wave infrared (MWIR), or lon...
  • Understanding Anamorphic Lens and Digital Photography Understanding Anamorphic Lens and Digital Photography Anamorphic lens and digital photographyDigital cameras usually have a higher aspect ratio than cameras using 35mm film. Digital cameras with fisheye lenses can capture wide enough material for many ci...
  • Types of Fisheye Lenses Types of Fisheye Lenses There are two types of fisheye camera lens to choose from, full-frame fisheye camera lens and circular fisheye camera lens. The lens glass is circular, so why does the image become a rectangle? Becaus...
  • Optical Correction of Infrared Lenses Optical Correction of Infrared Lenses There are two meanings of the term "镜头" in the field of film and television: one refers to the optical component of movie cameras and projectors used to generate images, which is composed ...
  • Features and Application Areas of Infrared Lens Features and Application Areas of Infrared Lens Understanding infrared lensesIn surveillance environments where infrared light supplementation is not required, regular lenses can be used; in surveillance environments where infrared light supplement...
  • What Are the Characteristics of Infrared Lenses? What Are the Characteristics of Infrared Lenses? ED glass correction of infrared lensesIn order to achieve clear focus for both infrared light and visible light, it is necessary to ensure that their focal planes are on the same plane. The optical co...
  • Cornering Clarity: The Role of Corner Cube Prisms in Laser Systems Cornering Clarity: The Role of Corner Cube Prisms in Laser Systems Laser technology has revolutionized various industries, ranging from telecommunications to scientific research. One critical component that enhances the performance and accuracy of laser systems is th...