Technical Articles
Shanghai Optics has published these technical articles:
(Optical Components)
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Silicon carbide (SiC) optics are becoming increasingly significant in various high-tech industries such as semiconductors, aerospace, astronomy, and laser systems. The material’s exceptional...
(Optical Components)
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Hyperspectral imaging merges the capabilities of imaging and spectroscopy, allowing for the capture and processing of extensive spectral information across numerous narrowband wavelengths. By...
(Optical Components)
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Optical domes, also known as dome windows, are sophisticated optical components engineered for superior performance in imaging systems. These high-precision elements are vital for applications...
(Optical Components)
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Ultra Wide Angle lenses are indispensable in the world of imaging, offering a field of view that can extend up to 160°. These lenses are crucial for capturing vast scenes and intricate details,...
(Optical Components)
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Wide-angle lenses are engineered to deliver an extensive field of view, a feature that is a direct result of their short focal lengths. This characteristic makes them invaluable in capturing wide,...
(Optical Components)
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Freeform optics represent a cutting-edge approach to optical design, enabling the creation of complex, non-symmetrical surfaces that precisely control light. These advanced optical components break...
(Optical Components)
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In many advanced technological applications, the size of an optic can be the determining factor in its effectiveness. When a situation calls for a large optic, no smaller counterpart can substitute....
(Optical Components)
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Wide-angle thermal imaging lenses are at the forefront of thermal camera technology, providing an expansive field of view essential for various applications. Unlike their narrow-angle counterparts,...
(Optical Components)
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Micro-optics, characterized by their small size ranging from a few micrometers to several millimeters, play a crucial role in numerous applications, from microscopy to advanced laser devices. These...
(Optical Components)
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This case study presents an in-depth analysis of the optimization process for optical system design, specifically focusing on fixed-focus lenses. The study highlights the improvements made in lens...
(Optical Components)
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Optical processing, a cornerstone of precision manufacturing, involves transforming materials like glass, crystals, and plastics into optical components such as lenses, prisms, and mirrors. Utilizing...
(Optical Components)
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Optimizing optical system design is a multifaceted challenge that requires attention to several key areas. To achieve production success and deliver high-quality systems, engineers must carefully...
(Optical Components)
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In the realm of optics, designing for manufacturing (DFM) is a crucial strategy that begins at the blueprint stage. This approach ensures that designs are not only tailored to specific applications...
(Optical Components)
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This case study explores the development and application of micro prism optical components, emphasizing their role in precise light manipulation across various optical systems. Made from materials...
(Optical Components)
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Imagine integrating the power of nature’s compound eyes into a compact optical assembly just 10 mm by 10 mm. With microlens arrays, this is now possible. These arrays are ideal for homogenizing...
(Optical Components)
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Reverse optical engineering focuses on understanding the function of existing optical systems or components through detailed examination. This approach allows for the replication or enhancement of...
(Optical Components)
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Reverse optical engineering is a critical process that involves understanding, analyzing, and recreating existing optical components when original designs are unavailable. This process includes...
(Optical Components)
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In the realm of skincare, laser optics have emerged as a game-changing technology, transforming treatments for tattoo removal and skin rejuvenation. These advanced systems utilize precise wavelengths...
(Microscopy)
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Infinite conjugate long working distance microscope objectives are integral components in modern optical microscopy, offering unparalleled flexibility and high magnification capabilities. These...
(Microscopy)
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Reflective microscope objectives mark a significant leap in optical design, effectively addressing chromatic aberration and achieving diffraction-limited performance over a broad wavelength spectrum....
(Optical Components)
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Off-axis parabolic (OAP) mirrors are indispensable for achieving precise focus in high-performance optical systems. The design specifications of these mirrors play a crucial role in determining both...
(Optical Components)
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Traditional optics have long relied on symmetry and consistent curvature to achieve desired optical outcomes. However, the emergence of freeform optics represents a paradigm shift in optical...
(Optical Components)
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Dense fog can obscure everything, making it difficult to see even a few feet ahead. This might seem like an opportune moment for theft—unless you have SWIR camera surveillance in place. Unlike...
(Optical Components)
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In recent years, the rapid evolution of drone technology has been nothing short of revolutionary. Key to this transformation are advancements in drone optics and infrared sensor capabilities, which...
(Optical Components)
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Optical domes are integral to many optical systems, providing critical protection for sensitive components in challenging conditions. Imagine needing to capture high-resolution images of deep-sea...
(Optical Components)
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In recent years, LiDAR technology has experienced remarkable advancements, revolutionizing various industries with its precise sensing capabilities. From mapping terrain to enabling autonomous...
(Optical Components)
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Shanghai Optics is at the forefront of developing micro prisms, which, despite being invisible to the naked eye, are essential for numerous modern technologies. These prisms, crafted from...
(Optical Components)
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Optical domes, also known as dome windows, are specialized components used in a variety of optical detection and imaging systems. These domes, which feature two curved surfaces, allow light to pass...
(Optical Components)
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Flanged optical domes are critical components in camera systems, offering superior optical clarity with near-zero wavefront error. These advanced domes address common optical issues and ensure...
(Optical Components)
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Laser metrology stands at the forefront of precision measurement and equipment testing, utilizing laser technology to achieve accurate and non-contact assessments. Across industries ranging from...
(Optical Components)
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Short Wave Infrared (SWIR) light, with wavelengths ranging from 0.9 to 1.7μm, penetrates materials that visible light cannot, making it indispensable across various fields. This unique capability...
(Optical Components)
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Aspherical lenses significantly enhance optical systems by reducing aberrations and improving overall quality. Unlike traditional spherical lenses, aspherical lenses provide greater design freedom,...
(Optical Components)
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Achromatic lenses, designed to reduce chromatic aberration and minimize spherical aberrations, play a crucial role in various optical applications. These lenses are particularly valuable in fields...
(Optical Components)
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Choosing the right machine vision lens is critical for achieving optimal performance in imaging applications. This guide covers the essential parameters and considerations for selecting a zoom lens,...
(Optical Components)
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Biophotonic sensors are cutting-edge optical devices that provide point-of-care diagnostics, aiding medical practitioners and health researchers in detecting, sensing, identifying, and understanding...
(Optical Components)
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Aspherical optics have revolutionized optical systems, promising enhanced performance and versatility. However, their complex geometry demands meticulous metrology techniques for precise manufacturing...
(Optical Components)
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Indirect ophthalmoscopes are essential tools for eye examinations, combining a light source and an imaging system. These instruments use visible or infrared light to illuminate the eye’s fundus,...
(Optical Components)
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Imaging lies at the heart of various disciplines, be it photography, microscopy, or scientific research reliant on optical instruments. These fundamental concepts serve as the cornerstone upon which...
(Optical Components)
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Raman spectroscopy, enhanced with advanced filters, provides real-time data on biological tissues, holding immense potential in medicine, research, and biomedical engineering. By utilizing precise...
(Optical Components)
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The RC (Ritchey–Chrétien) telescope, a brainchild of George Ritchey and Henri Chrétien in 1910, stands as a specialized iteration within the Cassegrain optical system. Named after...
(Microscopy)
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Delving into the realm of cutting-edge microscopy, the 50X long working distance objective lens emerges as a game-changer, offering unparalleled magnification for precise visualization in biomedical...
(Optical Components)
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Advancements in optical systems have propelled the field of live cell imaging, ushering in a new era in biomedical research. Key among these innovations is the integration of oblique illumination,...
(Optical Components)
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Light, the fundamental element of vision, spans the visible spectrum from 400nm to 700nm, traveling at an astonishing speed of 3 X 10^8 m/s. Understanding light and its interaction with matter is...
(Optical Components)
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Total Internal Reflection (TIR) stands as a captivating physics phenomenon, where light transitions from a denser to a less dense medium, resulting in its reflection back into the denser medium at a...
(Optical Components)
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Understanding the intricacies of spherical mirrors is crucial for comprehending how light behaves when reflected. This guide offers a detailed exploration of concave and convex mirrors, shedding light...
(Optical Components)
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In the realm of flow cytometry, where the study of cells hinges on fluorescent tagging and precise optical analysis, optimizing the signal-to-noise ratio (SNR) stands as a paramount objective. This...
(Optical Components)
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In our daily lives, the underpinnings of modern technology, including smartphones, computers, and even medical diagnostic tools, rely heavily on integrated circuits (ICs). However, traditional...
(Optical Components)
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Long-wave infrared (LWIR) objective lenses are typically utilized in conjunction with uncooled detectors. With the continual advancement of uncooled detectors in recent years, the cost-effectiveness...
(Optical Components)
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In the realm of optical design, the integration of two aspheric lenses is a remarkable advancement, offering unparalleled benefits in correcting aberrations and in elevating optical performance. This...
(Optical Components)
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Fluorescence-lifetim
e imaging (FLIM) stands as a cornerstone in medical diagnostics research, offering profound insights into cellular dynamics and molecular interactions. Leveraging precision...
(Optical Components)
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Achromatic lenses, also known as achromats, serve a critical role in optical systems by mitigating chromatic aberration, a common issue that affects image quality. This article explores the merits and...
(Optical Components)
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Live-cell imaging is revolutionizing cellular biology research, providing invaluable insights into cellular behavior, developmental stages, and the effects of drug treatments. This innovative...
(Optical Components)
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Mirrors come in different shapes and sizes, with plane and curved surfaces dictating their reflective properties. Understanding the characteristics of concave and convex mirrors is essential in...
(Optical Components)
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The phenomenon of optical polarization, where light waves oscillate in specific directions, is pivotal across multiple domains, transcending traditional optics. This article delves into the profound...
(Optical Components)
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Optical polarization stands as a fundamental characteristic of light, wielding significant importance across numerous technological and scientific domains. At its core, it pertains to the alignment of...
(Optical Components)
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In the domain of optics and imaging systems, the Lens Chief Ray Angle (CRA) stands as a fundamental concept, profoundly influencing the quality of captured images. To grasp its significance fully,...
(Optical Components)
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The 25X objective lens holds paramount importance in various scientific disciplines, notably in Isotope Ratio Mass Spectrometer (IRMS) systems. Its application spans across fields like earth science,...
(Optical Components)
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The manipulation of light in optics relies heavily on innovations like Anti-Reflection (AR) coatings, which mitigate Fresnel reflection to enhance system throughput and reduce hazards caused by...
(Optical Components)
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The concept of optical polarization stands as a cornerstone in the realm of light manipulation, holding pivotal importance across various scientific and technological domains. At its core lies the...
(Optical Components)
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In today’s era of automation, the ability to perceive and interpret the environment is paramount. Machine vision cameras, coupled with custom optics, serve as the linchpin in this domain,...
(Optical Components)
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In the realm of remote sensing and imaging data, multi-spectral and hyper-spectral image data stand out as two distinctive methodologies, each presenting unique levels of spectral information and...
(Optical Components)
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In the realm of optical engineering, the development of double-convex aspheric lenses marks a significant advancement. This case study explores the evolution of an innovative double-convex aspheric...
(Optical Components)
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Understanding focal length is paramount in both photography and optics as it plays a pivotal role in determining how lenses focus or diverge light, consequently influencing the field of view,...
(Optical Components)
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Optical surfaces, pivotal in the realm of optical components such as lenses and mirrors, are governed by stringent specifications ensuring optimal performance across various applications from...
(Optical Components)
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Optical coatings, comprised of thin films, play a pivotal role in controlling the reflective, transmittive, or polarizing properties of optical components. This article delves into the mechanics...
(Optical Components)
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Lens arrays, comprising multiple individual lens cells arranged on a supporting substrate, serve as vital components in optical systems across various fields. Their versatility in manipulating light...
(Optical Components)
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The pursuit of understanding the universe relies heavily on the clarity of images captured by telescopes, emphasizing the critical role of their primary component—the mirror. This article...
(Optical Components)
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Endoscopic examinations are integral to modern medical practice, offering non-invasive means of visualizing internal structures. Rod lenses are pivotal in this process, facilitating light transmission...
(Optical Components)
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In the realm of patient care, medical devices span from sophisticated multimillion-dollar imaging systems to compact diagnostic tools. While radiological systems are well-established, the realm of...
(Optical Components)
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The Ritchey-Chrétien (RC) telescope, a type of reflecting telescope falling under the Cassegrain optical system, was designed by George Ritchey and Henri Chrétien in 1910. The name...
(Optical Components)
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In the realm of microscopy, innovation drives progress. Shanghai Optics, a pioneering custom optic company, exemplifies this ethos through its groundbreaking approach to addressing the needs of...
(Optical Components)
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Infrared radiation traveling through the Earth’s atmosphere faces challenges due to atmospheric substances, resulting in atmospheric attenuation or extinction. This effect varies across...
(Spectroscopy)
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A spectrometer, a cornerstone of optical analysis, comprises multiple components that meticulously dissect light, offering a spectrum of its constituent wavelengths and intensities. These instruments...
(Optical Components)
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Modulation Transfer Function (MTF) stands as a pivotal metric in optics and image quality assessment. It provides a comprehensive evaluation of a lens system’s ability to reproduce spatial...
(Optical Components)
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Designed and optimized for a renowned medical company’s exploration of human blood, the 20x objective lens offers exceptional resolution critical for biological analysis. Its high magnification...
(Optical Components)
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The transition from spherical to aspheric lenses marks a significant advancement in optical technology. While both types serve various applications, the unique surface shape of aspheric lenses offers...
(Optical Components)
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In the realm of microscopy systems for medical devices, scientific research, and industrial applications, the significance of high-resolution and long working distance objective lenses cannot be...
(Optical Components)
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In this article, we will delve into the specifics of metallic mirror coatings, focusing on Anti-Reflective (AR) coatings and metal film coatings. These coatings play a crucial role in enhancing the...
(Optical Components)
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The world of optics is a realm of intricate interplays between light and matter, where understanding and manipulating the polarization of light stand as essential pillars. While optical design often...
(Optical Components)
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Large prisms serve as indispensable optical components across diverse industries, facilitating critical functions in scientific research, medical imaging, communication technology, and laser...
(Optical Components)
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Microscope lenses play a pivotal role in enhancing our ability to observe and analyze minute details of specimens. Understanding their functionality is crucial for maximizing the potential of...
(Optical Components)
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The field of Biophotonics serves as a bridge between biology and optics, exploring how light interacts with biological systems. This interdisciplinary domain facilitates the analysis, detection, and...
(Optical Components)
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In the domain of medical optics, the small microscope objective lens plays a pivotal role, particularly in oral health diagnostics and research. Shanghai Optics’ innovative small objective lens,...
(Optical Components)
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Optical surface accuracy plays a pivotal role in achieving the desired performance of optical components, delineating the variance between the intended and actual shapes of surfaces. This parameter,...
(Optical Components)
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The progression of autonomous driving technology relies heavily on the capabilities of cameras, serving as the primary visual sensors for self-driving vehicles. In this article, we delve into the...
(Optical Components)
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When it comes to optical systems, the choice of mirrors plays a crucial role in determining performance outcomes. Among the options available, parabolic and spherical mirrors stand out for their...
(Optical Components)
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Shanghai Optics rose to the challenge posed by a scientific research institute seeking precise imaging tools for accurate observations and analysis. This case study showcases Shanghai Optics’s...
(Optical Components)
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In a recent project, Shanghai Optics, a leading custom optics company, took on the challenge of developing objective lenses for medical laser instruments. This endeavor required meeting strict...
(Optical Components)
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In this article, we’ll delve into the benefits of customizing optical components such as lenses, filters, mirrors, beamsplitters, polarization optics, optical system integration, and coatings,...
(Optical Components)
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Flow cytometry represents a groundbreaking technique facilitating the comprehensive analysis of cells or particles in a high-throughput manner. By leveraging principles such as hydrodynamic focusing,...
(Optical Components)
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In the realm of optical applications, understanding and managing the polarization of light is of paramount importance, often overshadowed by considerations such as wavelength and intensity in optical...
(Optical Components)
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The Modulation Transfer Function (MTF) is a critical parameter in evaluating the performance of optical systems, encompassing lenses and imaging assemblies. It amalgamates resolution and contrast into...
(Optical Components)
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Aspheric lenses stand out in optical applications, offering distinctive advantages over traditional spherical lenses. This discussion will delve into these benefits and explore potential drawbacks,...
(Optical Components)
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In the vast landscape of beam splitters designed for myriad applications, this article delves into the intricacies of polarizing beam splitters. These specialized devices play a crucial role in...
(Optical Components)
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Fluorescence microscopy, a powerful tool in scientific research, thrives on meticulous customization of its components to achieve optimal performance. Part 2 of this series delves into the essential...
(Optical Components)
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Fresnel lenses, named after physicist Augustin Jean Fresnel, are unique optical devices consisting of concentric grooves etched into plastic or glass. Despite trade-offs in imaging quality, their thin...
(Optical Components)
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This case study delves into a groundbreaking project centered around the development of an F-theta lens that challenges traditional configurations. The primary objective is to fulfill unique customer...
(Optical Components)
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Fluorescence microscopy, a critical tool for studying organic samples, utilizes fluorescence and phosphorescence to explore the structural organization and spatial distribution of complex specimens....
(Optical Components)
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Monitoring cameras have become indispensable in modern security systems, providing advanced surveillance capabilities and ensuring safety across diverse settings. As technology progresses, these...
(Spectroscopy)
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Raman spectroscopy, a transformative analytical technique, has revolutionized our exploration of molecular composition and structure across diverse materials. Through the inelastic scattering of light...
(Optical Components)
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Optical Coherence Tomography (OCT) stands at the forefront of cutting-edge imaging technologies, revolutionizing medical diagnostics and research. Offering high-resolution cross-sectional imagery of...
(Optical Components)
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Security robots, equipped with advanced sensors, cameras, and artificial intelligence, are autonomously contributing to global safety measures. Valued at USD 14.3 billion, the Security Robot market is...
(Optical Components)
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Augmented and Virtual Reality (AR/VR) technologies are making significant strides in reshaping industries, with a particular impact on healthcare and manufacturing. This article delves into the...
(Optical Components)
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In the dynamic field of medical imaging, groundbreaking technologies are reshaping diagnostic and interventional practices. At the forefront of these innovations is the Miniature Objective Lens...
(Optical Components)
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In various industries, non-destructive testing (NDT) is a critical practice for evaluating materials and structures without causing damage. Among the diverse NDT techniques, Optical Coherence...
(Optical Components)
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The world of photography and videography has been revolutionized by the intricate components within camera lenses. Beyond being a mere accessory, lenses are the gateway to capturing stunning visuals....
(Optical Components)
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In our fast-paced modern world, ensuring the safety and security of our homes and businesses is an ever-growing concern. Technological advancements have reshaped the landscape of surveillance, and at...
(Optical Components)
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Aspheric lenses have significantly transformed optical systems, offering a non-spherical surface profile that effectively combats spherical aberration and enhances image quality. The evolution of...
(Optical Components)
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Regular lenses suffice in surveillance scenarios where infrared light supplementation is unnecessary. However, in situations requiring infrared light supplementation, the use of specialized infrared...
(Optical Components)
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The utilization of filters in AR/MR/VR fields has evolved into various innovative applications, showcasing the transformative potential of holographic filters. This article explores some of the...
(Optical Components)
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Shanghai Optics, a leading optical solutions provider, excels in designing objective lenses for microscopes with a focus on innovation and precision. The lens design process involves close...
(Optical Components)
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The Small Objective Lens plays a pivotal role in contemporary scientific exploration, particularly in the microscopic realm. This compact optical component is essential for magnifying minuscule...
(Optical Components)
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Telescopes, functioning on the principle of angular magnification, provide a means for observing distant objects by expanding their angular fields. The construction of telescopes, despite its apparent...
(Optical Components)
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In the realm of advanced imaging and sensing technologies, the significance of infrared lens design and assemblies cannot be overstated. These technologies, ranging from night vision to thermal...
(Optical Components)
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In a rapidly evolving era marked by technological breakthroughs, the impact of micro-optics across diverse industries is unmistakable. One sector that particularly stands out as a significant...
(Optical Components)
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In the realm of modern communication, Earth observation, and scientific research, satellites play an indispensable role. The optical systems utilized in on-orbit satellites are paramount for capturing...
(Optical Components)
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Wide-angle and fisheye lenses are popular tools for photographers seeking a broad field of vision. Both lenses offer unique features and applications. This article will explore the distinctions...
(Optical Components)
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In the realm of cutting-edge imaging and sensing technologies, the significance of infrared lens design and assemblies cannot be overstated. These technologies have found widespread use across a wide...
(Optical Components)
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At Shanghai Optics, we use the optical design tool Zemax to design, analyze, and optimize optical systems, such as lenses, objectives, cameras, and other optical devices....
(Optical Components)
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Optical Coherence Tomography (OCT) has established itself as a groundbreaking technique, heralding a new era in non-destructive three-dimensional (3D) imaging of various materials and tissues. Rooted...
(Optical Components)
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Optical metrology stands as a formidable and adaptable tool utilizing light to measure object characteristics, finding applications across diverse fields. This article explores the mechanics of...
(Optical Components)
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Lenses are integral to optics, shaping how we perceive and engage with the world. Achromatic lenses, a longstanding fixture in optical technology, address chromatic aberration, a common optical flaw...
(Optical Components)
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In the dynamic field of medical technology, Custom Optics Companies are crucial contributors to driving innovations that redefine the limits of what can be achieved. Within the expansive realm of...
(Optical Components)
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The study of optics offers a fascinating journey into the intricate behavior and characteristics of light, unraveling its interactions with matter and the construction of instruments that harness or...
(Optical Components)
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Telecentric lenses function by minimizing the edge angles of both the image sensor and incoming light rays. This meticulous approach results in minimal distortion and an enhancement in image quality....
(Optical Components)
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Objective lenses are used in microscopy systems for a range of scientific research, industrial, and general lab applications. A microscope objective is typically composed of multiple lens elements and...
(Optical Components)
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Filters serve as indispensable tools in the realm of Augmented Reality (AR), Virtual Reality (VR), and Mixed Reality (MR), enhancing the visual experience and making it more realistic....
(Optical Components)
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Chalcogenide infrared (IR) glasses, known as chalcogenides, were once considered exotic materials due to limited demand. However, emerging applications and an interest in compact IR designs are...
(Optical Components)
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An optical prism is a transparent optical element with flat, polished surfaces that are angled relative to each other. Prisms typically have the shape of a geometric solid with two parallel and...
(Optical Components)
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The sun emits a broad spectrum of light, encompassing ultraviolet rays to infrared waves. However, the human eye is attuned to a specific band known as the visible light spectrum, ranging from 380 to...
(Optical Components)
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In the intricate world of optical engineering, the role of opto-mechanical engineers cannot be understated. These professionals are tasked with more than just providing a holder or mount for optical...
(Optical Components)
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Selecting the appropriate microscope for your intended application is a significant decision that demands a thorough understanding of the task at hand and the available tools. This guide aims to...
(Optical Components)
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Augmented Reality (AR), Mixed Reality (MR), and Virtual Reality (VR) have rapidly advanced over the years, transforming the way we interact with digital content and the real world. At the heart of...
(Optical Components)
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The disparity between mirrors and lenses lies in the manner in which light behaves upon interacting with their surfaces. When light encounters any surface, it undergoes two primary phenomena:...
(Optical Components)
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While not as widely recognized as convex or concave lenses, cylindrical lenses play a crucial role in various applications due to their unique capabilities. This comprehensive guide explores the...
(Optical Components)
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Beam splitters find their application in a diverse array of fields, from teleprompters to robotics, impacting various technologies we rely on daily. These unassuming devices are pivotal in...
(Optical Components)
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The recent surge in the deployment of delivery robots has emerged as a solution to challenges such as labor shortages, rising wage costs, and the increasing demand for swift package deliveries. Within...
(Optical Components)
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Optical reverse engineering involves a meticulous process to replicate and analyze existing optical components or systems, allowing for customization, replication of advanced designs, and...
(Optical Components)
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A filter is any device that allows some materials to pass through a material while stopping others. When it comes to light, an optical filter is any device that selectively transmits a range of...
(Optical Components)
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In the world of analytical techniques, Raman spectroscopy stands as a formidable tool, shedding light on the molecular composition and intricate structures of various materials. This remarkable method...
(Optical Components)
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Micro-optics, the realm of exceptionally diminutive optical systems, ranging from a few micrometers to a millimeter in size, encompass a variety of components such as microscale optical fibers,...
(Optical Components)
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In collaboration with a prominent security and monitoring organization, Shanghai Optics has introduced a groundbreaking dual-band camera designed to revolutionize surveillance in challenging...
(Optical Assemblies)
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Collimating is the process of aligning a light beam or stream of particles in a parallel direction. The process minimizes the spread of the particles, ensuring they propagate in a parallel fashion....
(Optical Components)
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Many light sources produce light that covers a wide range of wavelengths. While this wide wavelength spectrum may be useful for some lighting applications, some applications require light that has a...
(Optical Components)
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Optical systems play a significant role in a wide range of applications, from cameras and telescopes to medical instruments and laser systems. They work by manipulating light, either by focusing it or...
(Optical Components)
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Ever wondered how deep-sky astrophotographers create images of objects in space through their telescope? You guessed right - a narrowband filter is an answer! These filters are widely used in many...
(Optical Components)
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Some of the most common questions we get from our clients include, what are fluorescence filters, and how do fluorescence microscopy filters work? Fluorescence filters are used in microscopy to allow...
(Optical Components)
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Interferometry is a technique that performs measurements no other technique can. So, what is interferometry? What is the purpose of interferometry? This article will cover all you need to know about...
(Optical Components)
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Advanced optical materials play vital roles in the making of many common appliances that make our lives better. We can see the world around us and capture images with high-quality details thanks to...
(Optical Components)
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Apochromatic (APO) and achromatic lenses exhibit noticeably higher image quality when compared to conventional lenses with the same speed and focal length. However, these lenses differ in terms of...
(Optical Components)
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The term "optics" remains an important discipline in the world of physics. It embodies the study of light, its behaviors, and how it interacts with matter. There are many applications of optics,...
(Optical Components)
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The human eye cannot see infrared light since this light lies beyond the visible light spectrum. However, thanks to infrared optics, it's possible to capture infrared light. But what is infrared...
(Optical Components)
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You might not think about it daily, but optical coatings are used in virtually every aspect of our lives and are crucial for optimal light performance. From the digital camera you use to take...
(Optical Components)
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Ever wondered how light waves can pass through a glass plate without being blocked? It's all thanks to an achromatic waveplate! This nifty technology might sound like something out of science fiction,...
(Optical Components)
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Beamsplitters are important instruments in various fields, such as interferometry and optics. They come in different types and have numerous applications. However, most do not know how they work. This...
(Optical Components)
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Concave lenses are one of the many lenses used in optics. They help create some of the most important equipment you use in your everyday life. These lenses come in various types and have plenty of...
(Optical Components)
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A convex lens is used in cameras, telescopes, microscopes, and other essential gadgets, but you might not know what it is or how it works. This article will explain what a convex lens is, how it...
(Optical Components)
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Autonomous cars are gaining momentum in the market, with a projected 15% of new vehicles being fully autonomous by 2030. Photonics systems, such as cameras and LIDAR, play a crucial role in enabling...
(Optical Components)
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Discover the secrets behind imaging systems' resolution, where optics alone won't dictate the outcome. Dive into the intricate interplay of components like lenses, sensors, and light sources, and...
(Engineering Services)
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Shanghai Optics offers custom optical solution services including Design for Manufacturing (DFM). We are proud of our long history of offering custom optical solutions for helping customers improve...
(Engineering Services)
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A scientific device and instrument company needed to develop an infrared lens with focal length of 40mm and f number of 0.98 for spectral imaging application. The spectral imager was meant to measure...
(Optical Assemblies)
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Spectrometer optics involves measuring light intensity by means of a specialized analytical tool called a spectrometer which separates light by wavelength. Spectrometers are used for a variety of...
(Optical Components)
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LED is a new generation of light source that converts electric energy directly into light energy through semiconductor.LED lighting lamps are widely used in indoor and outdoor lighting occasions due...
(Optical Components)
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Optical design is the process of studying application requirements and designing optical systems to meet specific needs of optical instruments. For a complex device, the entire system may include many...
(Part Fabrication Services)
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Optical design is the process of studying application requirements and designing optical systems to meet specific needs of optical instruments. The entire system may include optics, light source,...
(Optical Components)
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When selecting your machine vision lens there are a number of specifications you will want to keep in mind. The lens you choose will determine both the image quality and processing speed of your...
(Optical Components)
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One of the primary component used in astronomical telescope is a parabolic or near parabolic shaped mirror with a f number typically larger than F4. With this f number and parabolic shape, there is a...
(Optical Components)
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Optical prisms have at least two polished and flat surfaces which are designed to perform different functions such as changing the direction of light, combining or splitting optical beams, providing...
(Optical Components)
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Lens distortion is a cosmetic-type optical aberration which does not decrease the amount of information in an image. It occurs when information is displaced geometrically, and while it changes the...
(Optical Assemblies)
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Our customers ask us this question often. Because redesigning lens assemblies involves incomplete materials, tolerance, and performance information, some folks find it a scary process. And because...
(Optical Components)
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Polymer optics, also known as plastic optics, are specialized optics made from highly transparent organic polymer materials, or optical polymers. At Shanghai Optics we manufacture high quality polymer...
(Optical Components)
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Optical reverse engineering is a process optical engineers use to understand and redesign an existing optical lens or assembly. As the name implies, reverse engineering requires you to start with a...
(Optical Components)
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A prism is a transparent object surrounded by two planes that intersect but are not parallel to each other. The most important parameters of a prism are the angle and material. Prisms are widely used...
(Optical Components)
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Peak-to-Valley (PV) and Root-Mean-Square (RMS) are two common parameters used to measure the difference between an ideal optic surface to the actual optic surface. Historically the PV is used more...
(Microscopy)
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Objective lenses are used in microscopy systems for a range of scientific research, industrial, and general lab applications. A microscope objective is typically composed of multiple lens elements and...
(Optical Components)
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An achromatic lens, often called an achromat, is a type of optical lens capable of correcting chromatic aberration, a distortion that occurs when glass splits white light into multiple...
(Optical Components)
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As the name suggests, an aspheric lens is a lens with a shape other than that of a regular sphere or cylinder. These lenses, which come in a variety of shapes, are used to correct spherical aberration...
(Optical Components)
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A beam splitter (or beamsplitter) is an optical component used for splitting light into two separate beams, usually by wavelength or polarity. It can also be used, in reverse, as a beam combiner, to...
(Optical Components)
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Shanghai Optics colored glass filters are high quality absorption filters made of colored glass. They allow certain wavelengths of light to pass unimpeded, while blocking other wavelength ranges to a...
(Optical Components)
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Rod Lens, Light Pipe Homogenizing Rods...
(Optical Components)
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As the name suggests, a cylindrical lens is an optical lens with a cylindrical or semi-cylindrical shape. Like a spherical lens, a cylindrical lens has one curved and one flat side. Unlike a spherical...
(Optical Components)
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A freeform optical component is not symmetric around its optical axis. It provides some attractive features to optical designers to correct multiple aberrations with fewer optical surfaces, and make...
(Optical Components)
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While originally made of glass, the Fresnel lens can be found in a large variety of substrates and sizes. Nowadays, Fresnel lenses are made of plastic because of the lightweight traits of plastic...
(Optical Components)
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At Shanghai Optics we produce a wide range of quality infrared optics, including lenses, prisms, windows, mirrors, and laser and imaging assemblies. Our state of the art equipment allows us to achieve...
(Optical Components)
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Laser optics includes all the optical elements and optical systems used within lasers, or for manipulating-or transmitting-laser light. Laser optics components have more stringent requirements on...
(Optical Components)
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Light Pipe Homogenizing Rods are tubes which transits natural light collected by light collection. Light pipe Homogenizing Rods could be distinguished into straight light pipe and bending light pipe...
(Optical Components)
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Micro optics are very small optical systems, typically between a few micrometers to a millimeter in size. They include optical fibers with a microscale core diameter, mini diffractive optical...
(Optical Components)
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Optical filters selectively allow certain wavelengths of light to pass freely while blocking other wavelengths. Shanghai Optics manufactures a wide range of optical filters for engineering,...
(Optical Components)
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Optical mirrors are precision optics with a highly polished plane or curved surface which reflects light. At Shanghai Optics we manufacture custom optical mirrors for a wide range of applications....
(Optical Components)
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Optical windows are flat plates made of optically transparent material, designed to allow light into an optical instrument. They can also be used to protect a light source from an outside environment....
(Optical Components)
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Spherical lenses, also known as singlets, are optical lenses with curved surfaces that cause light rays to converge or diverge. They are widely used in imaging applications. Conjugate ratio, lens...