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# Shanghai VisYu Optical Technology Co.,LTD: Precision Optical Solutions

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## Posts
- [Bird Bath Optical Module Benefits: Complete Guide for 2026](https://arvroptical.com/bird-bath-optical-module-benefits/): Bird bath optical module benefits include compact design, relatively low manufacturing cost, and good image quality for AR display applications. This optical architecture uses a beam splitter and combiner to project images into the user's field of view. This guide explains the key bird bath optical module benefits, how the technology works, and where it fits best compared to other AR optical solutions.
- [Conoscope Lens Optical Design: Complete Guide for 2026](https://arvroptical.com/conoscope-lens-optical-design/): Conoscope lens optical design focuses on capturing angular light distribution data from display panels and optical components with high precision. This design process involves careful selection of lens elements, coatings, and imaging configurations to ensure accurate measurement results. This guide explains what conoscope lens optical design involves, key design considerations, and common applications in testing and measurement systems.
- [How Prisms Split Light: The Science Explained](https://arvroptical.com/how-prisms-split-light/): How prisms split light comes down to a phenomenon called dispersion, where different wavelengths of light bend at slightly different angles as they pass through the prism's glass. Because each wavelength corresponds to a different color, this uneven bending separates white light into the familiar rainbow spectrum, from red through violet. The effect depends on the prism's material, its refractive index, and the angle at which light enters the surface, which is why engineers carefully select prism geometry and glass type for applications ranging from spectroscopy to laser systems.
- [Micro Display Resolution and Pixel Density Explained](https://arvroptical.com/micro-display-resolution/): Micro display resolution and pixel density explained simply: resolution refers to the total number of pixels on a microdisplay panel, while pixel density (measured in PPI, pixels per inch) describes how tightly those pixels are packed into the panel's small physical area. Because microdisplay panels are typically under two inches diagonally, even a modest pixel count can produce extremely high pixel density, which directly affects sharpness, the visibility of the "screen-door effect," and overall image quality in near-eye devices such as AR glasses, VR headsets, and viewfinders.
- [What Is a Motorcycle Ground Projection Light](https://arvroptical.com/what-is-a-motorcycle-ground-projection-light/): What is a motorcycle ground projection light used for? It is used to project a logo, pattern, or design onto the ground beneath or beside a motorcycle, serving both a styling purpose and a supplementary visibility function in low-light conditions.
- [Difference Between Optical Window Glass and Camera Lens](https://arvroptical.com/difference-between-optical-window-glass-and-camera-lens/): The main difference between optical window glass and camera lens components is function: an optical window glass is a flat, non-focusing element designed to protect internal components while allowing light to pass through with minimal distortion, while a camera lens is a precisely curved optical element engineered to bend, focus, and direct light to form a clear image on a sensor or detector. Optical window glass has no optical power, while a camera lens has defined focal length and curvature. Understanding the difference between optical window glass and camera lens is essential for engineers designing AR/VR devices, imaging systems, sensors, and industrial optical assemblies.
- [Micro Display Manufacturer: The Complete 2026 Guide to Technologies, Suppliers, and Buying Decisions](https://arvroptical.com/micro-display-manufacturer-guide/): Quick answer: "Micro display manufacturer" covers any company producing ultra-compact, high-density display panels — including micro OLED (OLEDoS), LCoS, DLP, and microLED technologies — for AR, VR, viewfinders, sights, and other near-eye or space-constrained optical systems.
- [Micro OLED Display Manufacturer: The Complete 2026 Guide to Choosing the Right Partner](https://arvroptical.com/arvroptical-micro-oled-display-manufacturer/): Quick answer: A micro OLED display manufacturer designs and produces OLED-on-silicon (OLEDoS) microdisplays — ultra-high-density screens built on a silicon backplane instead of glass, typically under 1.5 inches in size but capable of resolutions rivaling full-size monitors. Shanghai VisYu Optical Technology Co., Ltd. (operating as ARVR Optical, formerly Shanghai Guiyu Optoelectronics) is one such manufacturer, founded in 2019, with an R&D center in Shanghai's Jiading District and an ISO 9001:2015 / ISO 14001:2015-certified production plant in Ludu Town, Taicang City.
- [Micro OLED vs Micro LED for AR Glasses: Complete Guide](https://arvroptical.com/micro-oled-vs-micro-led-ar-glasses/): Today, two display technologies dominate discussions among hardware engineers and product developers: Micro OLED vs Micro LED. Both represent significant improvements over traditional LCD displays, but they are built on different technologies and are optimized for different use cases.
- [Birdbath Optics vs Pancake Optics: Which AR Display Is Better?](https://arvroptical.com/birdbath-optics-vs-pancake-optics/): Among today's most widely adopted near-eye display technologies, Birdbath optics vs Pancake optics have become two of the leading solutions. Each approach addresses different design challenges and is suitable for different applications, ranging from industrial smart glasses to medical visualization systems and consumer wearable devices.
- [What Is MOA on a Red Dot Sight? Complete Guide to Dot Size and Accuracy](https://arvroptical.com/what-is-moa-on-a-red-dot-sight/): In this guide, you will learn what is MOA on a red dot sight means, how it affects accuracy, and how to select the best MOA for your shooting needs.
- [Pancake vs Fresnel Lens for VR Headsets: Which Is Better for Your OEM Project?](https://arvroptical.com/pancake-vs-fresnel-lens-for-vr-headsets/): If you are building or sourcing a VR headset — whether for consumer use, enterprise training, or medical simulation — one of the most important decisions you will make is the optical design. And right now, the whole industry is asking the same question: pancake vs fresnel lens for VR — which one wins?
- [Top 10 Benefits of Motorcycle MLA Projection Lighting](https://arvroptical.com/top-10-benefits-of-motorcycle-mla-projection-light/): This article covers the top 10 benefits of motorcycle MLA projection lighting in an easy and clear way for better understanding.
- [What Is Motorcycle MLA Projection Lighting? The Complete Guide for OEMs and Distributors](https://arvroptical.com/what-is-motorcycle-mla-projection-lighting/): In our 16 years of working with high-precision optics and SEO strategies, we have seen many lighting trends. However, Motorcycle MLA Projection Lighting is not just a trend; it is a total change in how motorcycles communicate with the world.
- [Porro Prism: Meaning, Definition, Uses, Advantages & Disadvantages Explained](https://arvroptical.com/porro-prism-meaning-uses-advantages-disadvantages/): A Porro prism is an important optical component used in many viewing devices, especially binoculars. It helps control the direction of light and correct the image so that what we see looks upright and clear. Even though modern optics has many advanced technologies, Porro prisms are still widely used because of their reliable performance and high image quality.
- [Red vs. Green Dot Sights: Which Optic Color Wins for Your Eyes?](https://arvroptical.com/red-vs-green-dot-sights/): Choosing between a red or green reticle is one of the most debated topics in the shooting community. While it might seem like a simple choice of color, the science behind how your brain and eyes process light tells a different story. For many shooters, the red vs green dot sights debate comes down to one thing: which one allows you to find the target faster and hit it more accurately?
- [How to Stop Screen Reflection on Glasses | Easy & Proven Fixes](https://arvroptical.com/how-to-stop-screen-reflection-on-glasses/): If you are searching for how to stop screen reflection on glasses, you are definitely not alone. Whether you are gaming, working in an office, or using AR/VR devices, screen glare on glasses is one of the most annoying visual problems today.
- [Red Dot Sight vs Reflex Sight: What’s the Difference?](https://arvroptical.com/red-dot-sight-vs-reflex-sight-whats-the-difference/): In the world of optoelectronics and shooting sports, few debates are as common as red dot sight vs reflex. If you are looking to upgrade your firearm, the terminology can get confusing quickly. Is a reflex sight a red dot? Are all red dots reflex sights?
- [Red Dot Sights: What They Are & How They Work](https://arvroptical.com/red-dot-sights-what-they-are-how-they-work/): A Red Dot Sight is a high-tech tool that helps you aim a firearm or airsoft gun faster and more accurately. It is called a "non-magnified" optic because it does not zoom in like a sniper scope. Instead, it provides a clear piece of glass with a glowing red dot that looks like it is floating in the air.
- [Micro OLED vs LCD: Which is Better for Wearables?](https://arvroptical.com/micro-oled-vs-lcd-which-is-better-for-wearables/): The evolution of wearable technology, from basic fitness trackers to high-end Augmented Reality (AR) and Virtual Reality (VR) headsets, has placed a massive spotlight on display performance. When designing or choosing a wearable, the core debate often centers on Micro OLED vs LCD.
- [What is an Emissive Display? The Complete Guide to Technology, Types & Applications](https://arvroptical.com/emissive-display-types-technology-and-applications/): If you've ever looked at a display and wondered why some screens look strikingly vivid even in pitch-dark rooms — while others need a bright backlight just to show an image — you've already noticed the core difference between emissive and non-emissive displays.
- [What Is a Pane of Glass? Meaning, Types & Uses](https://arvroptical.com/what-is-a-pane-of-glass-meaning-types-uses/): Glass is everywhere around us. It is in our home windows, office buildings, doors, cars, and even display panels. It lets natural light enter, protects us from wind and dust, and helps keep indoor spaces comfortable. But many people do not clearly understand one basic question — what is a pane of glass?
- [What Is a Head Mounted Display (HMD) and How It Works](https://arvroptical.com/head-mounted-display-and-how-it-works/): A Head Mounted Display (HMD) is a wearable device that places a small screen in front of your eyes. It lets you see digital images as if they are part of the real world or a fully virtual world. Many people use HMDs for gaming, training, medical work, and industrial design.
- [Reflex vs Tube vs Holographic Red Dot Sights Compared](https://arvroptical.com/reflex-vs-tube-vs-holographic-red-dot-sight-2/): Choosing the right red dot sight can feel confusing. Many shooters ask the same question: Should I buy a reflex sight, a tube red dot, or a holographic red dot sight?
- [Are You Making These 10 Gun Sight Mistakes?](https://arvroptical.com/are-you-making-these-10-gun-sight-mistakes/): Using a firearm effectively requires more than just pulling the trigger. Even experienced shooters can struggle with accuracy issues, and often the root cause is not the gun or ammunition but the improper use of gun sights. Small errors in alignment, sight picture, focus, and adjustments can make a significant difference in where your shots land.
- [Why Borosilicate Glass Is Essential for Laboratory Use](https://arvroptical.com/why-borosilicate-glass-is-essential-for-laboratory/): Borosilicate glass is one of the most important materials used in laboratories. Scientists, students, and technicians trust this glass because it is strong, safe, and long-lasting. It can handle heat, chemicals, and daily lab work without breaking easily. This is why most laboratory glassware is made from borosilicate glass.
- [What Is a Transparent Micro OLED Display and How Does It Work?](https://arvroptical.com/transparent-micro-oled-display-how-it-works/): A transparent micro OLED display is a type of screen that can show images while letting light pass through it. This means you can see digital content on the screen without blocking what is behind it. It is smaller and more advanced than regular transparent OLED displays. These displays are used in devices like AR glasses, heads-up displays, and smart devices.
- [Flat Panel Display View Angle Testing with Conoscope Lenses: Why It Matters and How It Works](https://arvroptical.com/flat-panel-display-testing-with-conoscope-lenses/): In industries producing LCDs, OLEDs, and other flat panel displays, engineers and QA specialists need precise tools to measure these changes. This article explores how conoscope lenses revolutionize view angle testing, outperform traditional goniometric systems, and ensure accurate, cost-effective quality control.
- [2025 – 2026 Complete Guide to Borosilicate Window Glass](https://arvroptical.com/complete-guide-to-borosilicate-window-glass/): Borosilicate window glass is a special kind of glass used in high-precision optical tools. It is not the same as the normal glass used in homes. This type of glass can handle very high heat, pressure, and chemical use. It stays clear and strong even in rough working conditions.
- [Micro LED vs Micro OLED Display Comparison: Which One Wins?](https://arvroptical.com/micro-led-vs-micro-oled-display-comparison/): I’ve spent years exploring new display technologies in AR/VR optics and wearable devices. From my own experience testing both Micro LED and Micro OLED screens, I’ve seen how each one changes how we see visuals. Both are small, bright, and powerful, yet they perform differently depending on where they’re used.
- [Top 10 Micro OLED Display Manufacturers in China](https://arvroptical.com/micro-oled-display-manufacturers-in-china/): In this article, we will reveal the top 10 micro OLED display manufacturers in China, explore their key strengths, and show how they are driving innovation in the display industry.
- [Iron Sight vs Optical Sight – Guide 2025](https://arvroptical.com/iron-sight-vs-optical-sight/): Choosing the right gun sight can completely change your shooting accuracy and experience. Whether you’re a beginner or a seasoned marksman, understanding how iron sights and optical sights differ will help you shoot more confidently and efficiently.
- [Holographic Sight vs Rifle Scope](https://arvroptical.com/holographic-sight-vs-rifle-scope/): When it comes to improving your shooting accuracy, the type of optic you choose can make a huge difference. Whether you’re a hunter, a tactical shooter, or simply enjoy target practice, understanding the Holographic Sight vs. Rifle Scope is essential. Both serve different shooting purposes, and the wrong choice could affect your aim, accuracy, and performance.
- [EVF Optical Module Explained: How It Works, Benefits & Future Applications](https://arvroptical.com/evf-optical-module-benefits-uses/): In this article, we’ll explain what an EVF optical module is, how it works, its benefits, how it compares to optical viewfinders, and what the future holds for this fast-evolving technology.
- [Pancake Optical Module Explained: Working, Benefits & Future in AR/VR](https://arvroptical.com/pancake-optical-module-working-benefits-future/): This challenge has opened the door for a new solution: the pancake optical module. Unlike traditional lenses, pancake optics fold the light path within the lens itself, allowing for compact and lightweight headset designs without compromising image quality.
- [How to Solve Bird Bath Optical Module Problems in AR](https://arvroptical.com/bird-bath-optical-module-problems-ar/): Augmented Reality (AR) is transforming industries ranging from gaming and retail to healthcare and training. At the heart of many AR devices lies the bird bath optical module, a compact optical system that uses a semi-reflective lens to combine digital projections with the real world. While it delivers sharp visuals and lightweight design benefits, many users and developers face recurring challenges with this technology.
- [Conoscope Lens Calibration Problems: Causes, Fixes & Prevention](https://arvroptical.com/conoscope-lens-calibration/): In precision optics, every detail matters. Even a small calibration error in a conoscope lens can result in distorted images, wasted testing hours, and unreliable data. Since these lenses are critical for measuring birefringence and evaluating display quality in industries such as AR/VR, LCD manufacturing, and optical research, miscalibration can cause major setbacks.
- [Prism vs Lens: Differences in Light Refraction and Uses](https://arvroptical.com/prism-vs-lens/): Light plays a vital role in how we see and understand the world. From rainbows in the sky to the lenses in our glasses, light interacts with optical elements in fascinating ways. Two of the most important tools in optics are the prism and the lens. While they both bend light, their purposes and applications are very different.
- [Glass Spherical Lens vs Plastic Lens: Complete Comparison Guide](https://arvroptical.com/glass-spherical-lens-vs-plastic-lens/): When it comes to optics, one common question arises: Should you choose a glass spherical lens or a plastic lens? Both play essential roles in industries such as eyewear, cameras, AR/VR devices, and scientific instruments. However, they differ greatly in performance, durability, cost, and comfort.
- [Filter Glass: Types, Properties, Manufacturing & Uses](https://arvroptical.com/filter-glass-types-properties-uses/): Filter glass is a crucial component in the optical industry. It is specifically engineered to control, block, or transmit light at precise wavelengths. Unlike regular transparent glass, optical filter glass is designed to allow specific colors of light to pass through while blocking others. This makes it highly effective in applications such as photography, medical devices, laser systems, and scientific instruments.
- [Essential Guide to Window Glass in Optics: Types & Uses](https://arvroptical.com/window-glass-optics-guide/): In this complete guide, we will cover the types of window glass, their benefits, how they are used in optics, and what factors you should consider before buying them.
- [Micro Display vs Standard Displays: Key Differences You Should Know](https://arvroptical.com/micro-display-vs-standard-displays-key-differences-you-should-know/): Micro displays are compact screens used in modern devices like AR and VR headsets, wearable technology, cameras, and projectors. Unlike standard displays such as LCD, OLED, or micro OLED, micro displays are designed to fit into small form factors without compromising on performance.
- [How Micro OLED Displays Are Transforming AR and VR Devices in 2026](https://arvroptical.com/how-micro-oled-displays-are-transforming-ar-and-vr-devices-in-2025/): Micro OLED displays are one of the most exciting technologies in 2026. They are small, high-resolution screens that can fit into compact devices, making them perfect for AR (Augmented Reality) and VR (Virtual Reality) headsets.
- [Small Lens, Big Impact: How Optical Components Drive the Development of Security Monitoring](https://arvroptical.com/small-lens-big-impact-how-optical-components-drive-the-development-of-security-monitoring/): Optical components are the core elements of any security monitoring system. Their performance directly determines image quality, adaptability to different environments, and the level of intelligence the system can achieve. This article examines the importance of optical components from three perspectives: fundamental functionality, scenario-specific adaptability, and future development.
- [Complete Gun Sight Guide: What to Know Before Buying](https://arvroptical.com/complete-gun-sight-guide-what-to-know-before-buying/): Choosing the right gun sight is crucial for improving shooting accuracy, target acquisition, and overall firearm performance. A high-quality gun sight can make a significant difference whether you are a beginner learning proper aim, a hobbyist practicing recreational shooting, or a professional shooter in competitive or tactical scenarios. Modern gun sights, including red dot sights, holographic sights, and iron sights, offer different advantages based on range, speed, and precision. Understanding these options helps shooters select the most suitable sight for their firearm and shooting style.
- [What is Better, Red Dot or Holographic Sights?](https://arvroptical.com/red-dot-vs-holographic-sights/): Choosing the right sight can make a big difference in how well you shoot. Both red dot sights and holographic sights are popular options for shooters who want faster target acquisition and improved accuracy. However, each type of sight has unique features that make it better suited for different situations.
- [How EVF Optical Modules Work: The Secret Behind Modern Viewfinder Clarity](https://arvroptical.com/how-evf-optical-modules-work/): If you use a modern mirrorless camera, you have probably looked through its electronic viewfinder (EVF). This small screen shows exactly what your camera sees. But how is it so sharp and fast? The secret is something called an EVF optical module.
- [Why Are Pancake Optical Modules Critical for Varifocal VR Displays?](https://arvroptical.com/why-are-pancake-optical-modules-critical-for-varifocal-vr-displays/): Virtual reality stands at a fascinating crossroads, while software advances rapidly, hardware must keep pace to deliver truly immersive experiences. Enter pancake optical modules, the unsung heroes revolutionizing VR display technology. These innovative folded lens systems solve two critical challenges simultaneously: they dramatically reduce headset bulk while enhancing visual fidelity.
- [What Is a Conoscope Lens? Working Principle, Uses & Benefits Explained](https://arvroptical.com/conoscope-lens-working-uses-benefits/): A conoscope lens, also known as a conoscopic lens or interference pattern imaging lens, is a specialized optical device designed to examine birefringent materials by producing detailed conoscopic interference patterns. Widely used in LCD panel testing, optical metrology, polarized light microscopy, and photonics research, this lens enables scientists and engineers to study the interaction of light with anisotropic structures, such as liquid crystals, optical crystals, and transparent polymers. But what exactly is a conoscope lens, how does it function, and why is it vital in advanced optics and display technologies?
- [Bird Bath Optical Module for AR: Uses, Benefits & Working](https://arvroptical.com/bird-bath-optical-module-ar-uses-benefits-working/): The bird bath optical module is a key component in augmented reality (AR) display systems. It helps improve visual clarity, brightness, and image positioning in smart glasses and AR headsets. This module uses a combination of beam splitters, polarizers, and curved mirrors to guide light precisely to the user’s eyes. Its compact design makes it ideal for wearable devices where space is limited but performance is critical.

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Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.ar dapibus leo.Optical Components Optical Components Optical 
- [Production Equipmet](https://arvroptical.com/production-equipment/): Specialized Production Equipment for superior light control and clarity.
- [Book An Appointment](https://arvroptical.com/book-an-appointment/)
- [Customer Cabinet](https://arvroptical.com/customer-cabinet-2/): Customer Dashboard
- [Contact](https://arvroptical.com/contact/): Partner with us for precision optical components and display technologies. Our engineering team is ready to discuss your project requirements.
- [Services](https://arvroptical.com/services/): We specialize in advanced optical technologies and provide professional design and analysis services for various industries.
- [About](https://arvroptical.com/about/): about about about about
- [Home](https://arvroptical.com/): Shanghai VisYu Optical Technology Co.,LTD integrates R&D, design, and production to deliver high-quality optical solutions. From custom lens assemblies to advanced coatings, we are your one-stop partner in the optoelectronics industry.
- [Customer Cabinet](https://arvroptical.com/customer-cabinet/): Customer Dashboard

## Products
- [micro oled display | Just for Redirection Testing](https://arvroptical.com/product/micro-oled-display-just-for-redirection-testing/): micro oled display Contrary to popular belief, Lorem Ipsum is not simply random text. It has roots in a piece of classical Latin literature from 45 BC, making it over 2000 years old. Richard McClintock, a Latin professor at Hampden-Sydney College in Virginia, looked up one of the more obscure Latin words, consectetur, from a Lorem Ipsum passage, and going through the cites of the word in classical literature, discovered the undoubtable source. Lorem Ipsum comes from sections 1.10.32 and 1.10.33 of "de Finibus Bonorum et Malorum" (The Extremes of Good and Evil) by Cicero, written in 45 BC. This book is a treatise on the theory of ethics, very popular during the Renaissance. The first line of Lorem Ipsum, "Lorem ipsum dolor sit amet..", comes from a line in section 1.10.32.
- [Red Dot Sight](https://arvroptical.com/product/red-dot-sight/): A red dot sight is an optical sight that works differently from telescopic sights and usually does not have a magnification system. Its principle of operation is that the light emitted by the illumination system passes through the reticle and forms a light spot (or a circular ring or other aiming mark) on the beam splitter, which is then reflected as parallel light into the shooter's eyes. The shooter only needs to align the mark with the target to complete the aiming, and the accuracy is not affected even if the line of sight is not on the optical axis of the sight. Red dot sights are suitable for close-range and high-mobility combat and are often equipped on close combat weapons such as pistols and submachine guns. They allow shooters to quickly aim at moving targets and observe the battlefield environment with both eyes simultaneously.
- [Holographic sight](https://arvroptical.com/product/holographic-sight/): Holosight (Holographic Sight) is a revolutionary quick-targeting device based on holographic imaging technology. It generates a reticle virtual image at optical infinity, enabling rapid aiming with a “two-point, one-line” alignment, which fundamentally changes the traditional aiming logic of mechanical sights and red dot sights. The core component is a holographic film that records the light wave information of the reticle. Using laser diffraction technology, the sight projects the reticle virtual image at optical infinity in front of the sight. The shooter only needs to align the virtual reticle with the target to complete the aiming process, overturning the traditional “three-point, one-line” aiming method of mechanical and red dot sights, and achieving rapid “two-point, one-line” aiming
- [Motorcycle MLA Ground Projection Light](https://arvroptical.com/product/moto-light-motorcycle-mla-projection-lighting/): Motorcycle MLA (Micro Lens Array Moto Light) Graphics Projection Light, Micro-Nano Light Beams: Your Invisible Safety Shield, leveraging exclusive patented technology and cutting-edge optical innovation. Every turn and brake transforms into a striking safety declaration on the road, illuminating both the path ahead and your individuality. Opt for MLA Projection: Where Safety Meets Signature Style.
- [Professional Grade Reflex Sight](https://arvroptical.com/product/professional-grade-reflex-sight/): Battle-ready Rifel sight with infinite eye relief, ±40 MOA precision adjustment, and 800+ hour runtime. Features Picatinny mount, 20 brightness levels, and military-grade AR-coated optics.
- [1.03 Medical Pancake Optical Moudle](https://arvroptical.com/product/1-03-medical-pancake-optical-moudle/): Ultra-compact 50° FOV module for medical AR, featuring 9x magnification, -6D to 0D diopter adjustment, and <2% distortion. 8mm eye box ideal for surgical/scopic applications.
- [0.40″ EVF Optical Module](https://arvroptical.com/product/0-40-evf-optical-module/): Enhanced 31° FOV viewfinder offering wider -5D to +4D diopter range. Provides 5.2mm eye box and extended 25mm eye relief with minimal 2% distortion.
- [1.03 Eyepiece Optical Module](https://arvroptical.com/product/1-03-eyepiece-optical-module/): High-res 2560×2560 eyepiece with 33.59° FOV and 31mm focal length. Offers -5D to +5D diopter range, 5G lens structure, and extreme -40℃ to +80℃ operation. ROHS certified.
- [0.60 Birdbath Optical Moudle](https://arvroptical.com/product/0-60-birdbath-optical-moudle/): Wider 44° FOV binocular optics with 13.3x magnification. Offers larger 12×8mm eye box, <1% distortion, and extended diopter adjustment (-6D to 0D) for immersive AR/VR applications.
- [AR Lenses](https://arvroptical.com/product/ar-lenses/): Our AR Lenses significantly reduce surface reflections, delivering brighter, clearer images for cameras, displays, and optical instruments where light efficiency is critical.
- [Anti-fog Lenses](https://arvroptical.com/product/anti-fog-lens-evf-protection-lens/): Anti-fog Lenses-Essential for electronic viewfinders and outdoor optics, these treated lenses prevent condensation buildup to ensure consistent visibility in challenging conditions.
- [Edge Cutting Lenses](https://arvroptical.com/product/edge-cutting-lenses/): Edge Cutting Lenses-Designed for space-constrained systems, these lenses feature carefully shaped edges to fit into tight optical configurations without compromising performance.
- [Cylindrical lenses](https://arvroptical.com/product/cylindrical-lenses/): Cylindrical lenses-These unique mirrors create precise linear light patterns, ideal for laser systems, barcode scanners, and applications requiring controlled one-dimensional light manipulation.
- [Optical Lenses](https://arvroptical.com/product/lenses-for-glass-spherical-lens/): From simple magnifiers to complex multi-element assemblies, our lenses deliver sharp, aberration-free performance for imaging, illumination, and light-gathering applications across industries.
- [Prism Lenses](https://arvroptical.com/product/prism/): Our high-quality prisms provide accurate light deviation and image orientation correction, essential for spectroscopy, surveying equipment, and advanced optical systems requiring controlled light paths.
- [Optical Filters](https://arvroptical.com/product/optical-filters-with-filter-glass/): Custom-engineered optical filters selectively transmit or block specific wavelengths, improving contrast and accuracy in imaging systems, scientific instruments, and optical sensors.
- [Window](https://arvroptical.com/product/window-with-window-glass/): High-transparency optical windows with window glass providing clear viewing and environmental protection for sensitive equipment.
- [1.3″ Silicon Micro OLED Display](https://arvroptical.com/product/1-3-silicon-micro-oled-display/): 1.3" Silicon Micro OLED Display-Flagship 3552×3552 display (3882 PPI) with >200,000:1 contrast. Offers 98% DCI-P3, 90Hz refresh, and 4000nits in 23.24×23.24mm area.
- [1.03″ Silicon Micro OLED Display](https://arvroptical.com/product/1-03-silicon-micro-oled-display/): Silicon Micro OLED Display-Square 2560×2560 display (3528 PPI) with 500,000:1 contrast. Features 90% DCI-P3, 90Hz refresh, and 1600mW power in 18.432×18.432mm area.
- [0.6″ Silicon Micro OLED Display](https://arvroptical.com/product/0-6-silicon-micro-oled-display/): Silicon Micro OLED Display-High-brightness 1920×1080 display (3689 PPI) with >200,000:1 contrast. Features 98% DCI-P3, 30-120Hz VRR, and 6000nits peak in 13.2192×7.4358mm area.
- [0.49″ Silicon Micro OLED Display](https://arvroptical.com/product/0-49-silicon-micro-oled-spr-display/): Silicon Micro OLED (SPR) Display-1920×1080 microdisplay (4523 PPI) with 50,000:1 contrast. Offers 90% DCI-P3, 60-90Hz refresh, and MIPI interface in 10.783×6.065mm area for premium AR.
- [0.32 inch Micro OLED Display for AR VR](https://arvroptical.com/product/0-32-silicon-micro-oled-display/): Silicon Micro OLED Display-Ultra-compact 800×600 microdisplay (3136 PPI) for AR/FPV. Features 100,000:1 contrast, 90% DCI-P3, 50-120Hz refresh, and RGB/MIPI interface in lightweight 6.48×4.86mm active area.
- [0.49 Eyepiece Optical Module](https://arvroptical.com/product/optical-moudle/): Eyepiece Optical Module-Compact XGA eyepiece (1024×768) with 44.4° FOV and 15.266mm focal length. Features -5D to +3D diopter, 2G3P lens structure, and operates from -20℃ to +60℃. ROHS compliant.
- [0.32″ EVF Optical Module](https://arvroptical.com/product/evf-optical-module/): EVF Optical Module-Compact 33° FOV viewfinder with -5D to +1D diopter adjustment, 5mm eye box and 13mm eye relief. Features just 1% distortion for critical imaging applications.
- [1.03 VR Pancake Optical Moudle](https://arvroptical.com/product/1-03-vr-pancake-optical-moudle/): VR Pancake Optical Moudle-High-immersion 90° FOV VR optics with 20x magnification and -5D to +1D diopter range. 8mm eye box optimized for consumer headsets (12mm eye relief).
- [0.49 Birdbath Module](https://arvroptical.com/product/birdbath-module/): Birdbath Module-Compact AR/VR optics with 43° FOV, 15x magnification, and 6mm eye box. Features <0.6% distortion and adjustable diopter (-5D to 0D) for clear near-eye displays.
- [Screen detection Industrial lens](https://arvroptical.com/product/screen-detection-industrial-lens/): Screen detection Industrial lens-Industrial-grade telecentric lens system for pixel-level display inspection, featuring 4K+ resolution, ultra-low distortion (<0.1%), and specialized coatings for OLED/LCD manufacturing QA.
- [VR Binocular Detection Industrial Lens](https://arvroptical.com/product/vr-binocular-detection-industrial-lens/): VR Binocular Detection Industrial Lens-High-accuracy paired lenses for industrial stereo vision applications, featuring synchronized optical performance, rugged IP67 housing, and sub-millimeter depth resolution for robotic guidance and quality inspection.
- [VR Monocular Detection Industrial Lens](https://arvroptical.com/product/vr-monocular-detection-industrial-lens/): VR Monocular Detection Industrial Lens– High-performance industrial optics for machine vision, featuring wide FoV, low distortion, and ruggedized design for robotic guidance and quality inspection.
- [AR Full Frame Inspection Industrial Lens](https://arvroptical.com/product/ar-full-frame-inspection-lens-industrial/): AR Full Frame Inspection Industrial Lens– Professional-grade optics with anti-reflective coating, designed for high-precision industrial imaging across full-frame sensors.
- [AR C-mount Inspection Industrial Lens](https://arvroptical.com/product/ar-c-mount-inspection-industrial-lens/): AR C-mount Inspection Industrial Lens – High-resolution, low-distortion optics with anti-reflective coating for precision machine vision, quality control, and automated industrial inspection systems.
- [Screen detection lens](https://arvroptical.com/product/screen-detection-lens/): Screen Detection Lens – High-resolution imaging optics designed for display panel inspection, featuring telecentric design, chromatic correction, and anti-glare coatings for pixel-level defect detection.
- [VR Binocular Detection Lens](https://arvroptical.com/product/vr-binocular-detection-lens/): VR Binocular Detection Lens – Paired optical system for high-accuracy stereo vision in AR/VR, featuring synchronized focus, ultra-wide FoV, and distortion-corrected imaging.
- [VR Monocular Detection Lens](https://arvroptical.com/product/vr-monocular-detection-lens/): VR Monocular Detection Lens – Compact, high-resolution optics designed for augmented reality (AR) and virtual reality (VR) detection systems, featuring ultra-low distortion and lightweight construction.
- [AR Full Frame Inspection Lens](https://arvroptical.com/product/ar-full-frame-inspection-lens/): AR Full Frame Inspection Lens - High-performance, anti-reflective coated optics for precision imaging across full-frame sensors in industrial and scientific applications.
- [AR C-mount inspection lens](https://arvroptical.com/product/2955/): AR C-mount inspection lens- High-resolution, anti-reflective coated optics for precision machine vision and industrial detection applications