Introduction to Optical Mirrors As the name suggests, an optical mirror is an object that reflects, transmits, or absorbs light. In most cases, reflection follows the specular law: the angle of reflection equals the angle of incidence. We at MOK Optics are a manufacturer of precision optical components, and mirrors are among the most fundamental …
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Introduction Optical filters are indispensable core components in modern optical systems, selectively allowing light within a specific wavelength range to pass through while blocking unwanted spectral portions. Whether in microscopy, spectroscopy, chemical analysis, or machine vision, optical filters play a crucial role. MOK Optics offers a variety of optical filters with different filter types and …
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1. Introduction: How Optical Components Have Become the Core Engine of Modern Medicine From the ubiquitous CT and MRI equipment in hospital corridors to the laser scalpels that precisely cut tissue in operating rooms, and the fluorescence microscopes that track the movement of individual proteins in laboratories—optical components have long permeated every aspect of healthcare. …
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I. Introduction: Optical Component Machining In the field of precision optical manufacturing, the machining quality of optical components directly determines the final performance of the optical system. For components made of soft optical materials (such as calcium fluoride, zinc sulfide, zinc selenide, or certain infrared optical crystals), the machining process faces two major challenges: First, …
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Introduction to Plano-Concave Lens Technology Plano-concave lenses are among the most fundamental and widely used optical components. These lenses have a flat surface (planar surface) and a concave surface (concave surface), giving them unique light-diverging properties that are indispensable in numerous industries. Unlike convex lenses, which converge light rays, plano-concave lenses diffuse light outwards, forming …
What are Optical Lenses? Optical lenses are typically made of transparent materials such as glass or plastic. Their core function is to manipulate light through refraction. Lenses bend light, thereby focusing, magnifying, projecting images, and correcting various aberrations. Besides cameras and telescopes, optical lenses are also used in medical devices and aerospace. There are many …
The Essence of Prisms In optical systems, prisms and mirrors work together to manipulate light beams. An optical prism is not simply a transparent polyhedron. Prisms refract light. Their core lies in the ultimate pursuit of optical materials, angular tolerances, and surface precision. MOK Optics understands a prism as a combination of optical interfaces constructed …
The Importance of Optical Windows Whether used in high-energy laser systems, infrared thermal imagers, or detection equipment in extreme environments, the choice of optical window materials directly determines the upper limit of system performance. As a company deeply rooted in the field of precision optical manufacturing, MOK Optics will systematically analyze the core characteristics of …
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Optical Lenses: Definition and Essence From a physical perspective, optical lenses are precision components made of transparent media such as glass or resin. Their core function is to precisely control light through refraction. Whether focusing light to magnify images or diverging it to achieve a specific field of view, their essence is to assist and …
Introduction to Optical Filters MOK Optics, a professional supplier specializing in optical filtering, provides full-spectrum filter solutions from deep ultraviolet to far-infrared. This article focuses on MOK Optics’ product line, exploring the applications of bandpass filters, narrow bandpass filters, IR-cut filters, and UV-cut filters in robot vision systems. I. Applications of Optical Filters in Robot …
