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Achromatic Cylindrical Lenses Achromatic cylindrical lenses are ideal for eliminating spherical and chromatic aberration at the image plane, for example using monochromatic light source, achromatic cylindrical lenses can form a 50...
Achromatic Lenses Hyperion has significantly improved the achromatic spherical and cylindrical lenses manufacturing precision. We offer custom achromatic cylindrical, achromatic doublet, and triplet lenses.
Achromatic Cylindrical Lenses Achromatic cylindrical lenses are ideal for eliminating spherical and chromatic aberration at the image plane, for example using monochromatic light source, achromatic cylindrical lenses can form a 50...
Achromatic Doublet Lenses At Hyperion Optics, with decades fabrication experiences, we have been providing our customer a vast number of achromatic lenses for their applications in different precision grades, please check our ...
Achromatic Triplet Lenses A triplet lens is a compound lens consisting of three single lenses. The triplet design is the simplest to give the required number of degrees of freedom to allow the lens designer to overcome all Sei...
Microscope Lenses Hyperion Optics is expertized in challenging custom design and manufacturing microscope objective lenses range from UV to Infrared wavelength, for applications including quantum computing (Observation...
What Makes Achromatic Lenses Important Because achromatic lenses focus colors at the same point, they allow users to fully focus the image. Compared with uncorrected singlet lenses, achromatic lenses can produce clearer images, making it e...
What Makes Apochromatic Lenses Important? Because apochromatic lenses focus colors at the same point, they allow users to fully focalize the image. Compared with uncorrected singlet lenses, apochromatic lenses can produce clearer images, maki...
What Are the Significant Performance Characteristics of Achromatic Lens? Ⅰ. Anatomy of achromatic lensAn achromatic lens, also called achromatic, is usually composed of two optical elements joined together. These two optical elements are usually a positive low index (crow...
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...
Color Clarity in Astronomy: Achromatic Triplets in Telescope Optics Color clarity is a crucial aspect of astronomy, and achieving it requires the use of high-quality optical components in telescopes. One such component that plays a significant role in enhancing color ...
Focus on Precision: Achromatic Triplets in Microscopy Applications When it comes to precision in microscopy, one cannot underestimate the importance of high-quality optical components. One such component is the Achromatic Triplet, which plays a vital role in improvin...
History and Development of Achromatic Triplets in Lens Design In the realm of lens design, the achromatic triplet has emerged as a remarkable innovation that revolutionized optical systems across various industries. In this blog, we will delve into the history a...
Exploring the Principles and Characteristics of Achromatic Triplets In the world of optics, the hunt for precision and clarity has always been a compelling and ever-evolving journey. Among the remarkable advancements, the achromatic triplet stands out as a testament t...
Applications of Achromatic Triplets in Photography and Cinematography Photography and cinematography have evolved dramatically over the years, with advanced lenses being at the heart of capturing stunning visuals. One such lens technology that has continually proven its...