It is understood that many industries rely on the characteristics of spherical lenses to collect, focus and diffuse light, and their applications include projection systems, cameras and microscopes. They rely on spherical lenses to expand light and enhance focus and imaging quality. Feature Spherical lenses are available in a variety of shapes, such as single, …
Spherical lenses are one of the most commonly used optical components, often used alone or in various combinations. We will consider a sphere made of glass. Suppose we slice it along any plane passing through its entire body. The resulting fragments will form a flat and a curved spherical lens. When illuminated from a flat …
Optical windows play a crucial role in optical systems by providing a flat, transparent barrier that maximizes light transmission in specific wavelength ranges while minimizing reflections and absorption. These windows are essential for protecting optical systems and electronic sensors from external environments. When selecting an optical window, several factors such as material properties, optical surface …
Exploring the Role of Optical Windows: Key Considerations and Insights Read More »
As discussed in “Introduction to Optical Elements,” spherical lenses can be further classified into various types based on their shape and characteristics. Understanding the quantitative description of these lenses is critical to their design and manufacturing process. Classification of spherical lenses Plano-convex lens: This lens has a planar (planar) surface and a convex surface and …
The optical dome serves as a hemispherical window, creating a protective barrier while maintaining clear visibility between two environments. Typically composed of two parallel surfaces, these domes are indispensable across various applications. For ultraviolet (UV) light transmission, our UV-rated fused silica domes are available, engineered to endure high pressures, making them ideal for underwater applications. …
Optical filters are devices that selectively allow certain wavelengths or ranges of light to pass through while blocking others. They are essential components in various optical systems and instruments, serving specific functions in manipulating the spectral content of light. Optical filters find applications in photography, microscopy, spectroscopy, telecommunications, and other fields. Different types of optical …
In this article we will look at the cost implications associated with knife originality and production, as well as the cost factors involved in shipping. No matter what size your customized optical device is, manufacturing requires time and skill. As buyers, of course we hope to receive the express delivery as soon as possible, but …
Comparison of Two Optics: Prototype Optics vs. Production Optics Read More »
An optical spherical lens is an optical element with a constant spherical curvature. Its front and back surfaces can be designed to be convex (curved outward), concave (dented inward), or flat. Inside the lens, the straight line connecting the center points of the two spheres is called the optical axis, and typically this optical axis …
The concept of narrowband filter A narrowband filter is a type of electronic device that allows a specific range of frequencies to pass, and of course blocks frequencies that are not within the range. This is what we call a “passband,” and frequencies outside this range will be blocked. Attenuation or blocking. Narrowband filters …
Introduction Spectroscopy, as a discipline that studies the generation of different light waves caused by differences in electron motion within atoms, is crucial to exploring the theoretical and practical significance of the light-emitting and light-absorbing properties of materials. Its core content involves two categories: emission spectrum and absorption spectrum. The first type, the continuum, …
