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Optical lens is an optical component that is a core component of an optical imaging system, used to focus light to form clear images. The mainfunction of an optical lens is to achieve precise control of light through optical principles, thereby achieving high-quality image acquisition and processing. The main function of optical lenses is optical imaging.
Car camera Lens
Through coating technology and design optimization, Wintop's car camera lens can improve the sensitivity of images, effectively reduce image distortion, and reduce the impact of glare and stray light on imaging. It replaces traditional metal rearview mirrors with cameras and screens. The principle is very simple. The camera captures the image behind the car, processes it through a hardware and software system, and displays it on the screen, allowing the driver to see the real-time image behind the car. At the same time, CMS can integrate functions such as blind spot warning and obstacle warning, promoting development of advanced driver assistance systems (ADAS).
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Security surveillance cctv lens
The security monitoring lens is an important component of the security prevention system, which is an advanced and highly preventive comprehensive system accessory. It can monitor and directly view all situations of the monitored place in real time. This includes CCTV surveillance system, video surveillance systems, anti-theft alarm systems, parking lot management systems, building intercom systems, community card systems, perimeter alarm systems, electronic patrol systems, emergency broadcasting systems, elevator control systems, etc.
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Intelligence home device lens
The application of lens technology in intelligent devices has greatly enhanced their functionality, image quality, and overall performance. Video conference cameras, bird feeder camera, sweeping robot cameras, cropper cameras, doorbell face recognition cameras, parking lot cameras, and scanner cameras all rely on lenses to capture clear, precise, and high-resolution images. With continued advancements in lens technology, we can expect even more remarkable improvements in the performance of these intelligent devices, ultimately transforming the way we perceive and interact with the world around us.
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Car surround view camera lens
Vehicle surround view lenses(also named car arround view/Panoramic lens) are designed to provide drivers with a 360-degree view of their surroundings. They use multiple cameras strategically placed around the car to create a bird's eye view of the vehicle's surroundings. This can be especially useful when parking, reversing, or driving in areas with limited visibility.
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Car rear view camera lens
Rearview lenses are designed to provide drivers with a better view of what's behind them. It is usually used for parking assistance applications. They can help reduce blind spots and make it easier to park, reverse, and navigate through traffic. Car reversing monitor lens can also be connected to a display screen to provide drivers with a clear and accurate view of what's behind them.
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Car dvr lens
Driving recorder lens (also named DVR/dashcam lens) is a camera lens that records information related to images, sounds, and other aspects of a vehicle's journey. After installing the driving recorder lens, it can record video images and sounds of the entire process of car driving, providing evidence for traffic accidents. The driving recorder lens can objectively record the driver's operation process before a motor vehicle accident, effectively providing various reactions made by the driver before, during, and after the accident, as well as changes in the external environment.
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Aerial sports camera lens
Aerial sports drone camera lenses play a pivotal role in capturing breathtaking moments from the sky, offering unique perspectives and enhancing the viewing experience for sports enthusiasts worldwide. These lenses enable photographers and videographers to showcase the speed, intensity, and beauty of sports from a bird's eye view, providing audiences with a fresh and captivating visual experience. By utilizing advanced optics and precise engineering, aerial sports drone camera lenses deliver high-quality images and videos that elevate the storytelling component of sports coverage.
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Wide-angle fisheye lens
Wide-angle lenses have a focal length shorter than that of a standard lens, allowing for a broader field of view and greater perspective distortion. These lenses are ideal for capturing expansive landscapes, architectural marvels, and immersive scenes that require a wide coverage of space. Wide-angle lenses add depth and drama to images, creating visually striking compositions that draw viewers into the frame and convey a sense of grandeur and scale.
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Low distortion lens
Low distortion lenses are engineered to minimize geometric distortions such as barrel distortion, pincushion distortion, and mustache distortion, ensuring that straight lines remain straight and shapes retain their natural proportions in images. These lenses are particularly beneficial for architectural photography, product photography, and other genres where accurate representation of spaces and objects is critical. Low distortion lenses offer precise and distortion-free images, enhancing the overall visual integrity of the composition.
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Large aperture M12 mount lens
Large aperture lenses feature wide maximum apertures that allow for increased light gathering capabilities and shallow depth of field effects. These lenses excel in low-light conditions, enabling users to capture sharp and well-exposed images even in challenging lighting situations. Large aperture lenses also facilitate creative control over depth of field, enabling photographers and videographers to isolate subjects from the background, create beautiful bokeh effects, and achieve stunning portrait shots with creamy, blurred backgrounds.
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Ultra high definition lens
High-definition lenses are designed to deliver exceptional clarity, sharpness, and detail in images and videos. These lenses utilize advanced optical technologies and premium glass elements to minimize aberrations and maximize resolution, resulting in ultra-sharp and lifelike representations of the subject. High-definition lenses are favored by professionals and enthusiasts who demand uncompromising image quality and precise rendering of fine textures, colors, and contrast in their visual work.
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  • 15
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    R&D and Production Experience

  • 200
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    Lens Models

  • 1000
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    Cooperation Partners

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    Factory Area(㎡)

About Us

“Wintop Optics” as one of the professional optical lens solution provider, is a responsible and reliable manufacturer that is dedicated to the research&development,production and sale of lenses more than 15 years of experience. Wintop's R&D center was established on August 2006 in Shenzhen and its manufacturing center was located in Huangmei, Hubei with an area of 15,000 square meters.

Wintop Optics has own independent optical system develop and design team, which has long-term cooperation with senior optical consultants from famous universities in China. Its products are mainly used in high-end imaging fields such as automotive monitoring camera lens, Car DVR lens, vehicle ADAS / CMS / OMS lens, security surveillance cctv lenses, intelligence home devices lens,low distortion sport camera lens, face recognition lens and wide angle fisheye lenses etc. 

 



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24H Service online+86 153-0268-9906

Factory

Hubei factory covers an area of 15,000 square meters, glass grinding monthly output value reach 2 million pieces, lens assembly equipped with 1000-level dust-free workshop, which has 8 manual assembly lines and 10 automatic production lines, with monthly output approach 2 million sets optical lenses. Wintop Optics has 60+ utility model design patents and 200+ models,continuously launching new products every quarter to lead the market direction.

Honor

Wintop Optics have passed TS16949 certification (international automobile industry quality management system) ,ISO9001,ISO14001...  

Our Partner

Hubei factory covers an area of 15,000 square meters, glass grinding monthly output value reach 2 million pieces, lens assembly equipped with 1000-level dust-free workshop, which has 8 manual assembly lines and 10 automatic production lines, with monthly output approach 2 million sets optical lenses. Wintop Optics has 60+ utility model design patents and 200+ models,continuously launching new products every quarter to lead the market direction.

Why Choose Us

With over 15 years of dedicated service in the optical lens sector, Wintop Optics has accumulated a wealth of knowledge and expertise. By consistently delivering high-quality lenses and providing exceptional service, Wintop Optics has been positioned as a preferred lens supplier.  

Case Center

Wintop's R&D technology team provides professional solutions based on personalized customer requirements.Since 2012 year, we have implemented multiple successful solutions for Vtech、iRobot、Jabil、BYD、Holitech these well-known enterprises domestic and abroad.  
Lens application case 06--LEAPMOTOR
Successful Application of Wintop Optics DVR Lens YT-1684 in LEAPMOTOR   In the field of automotive safety and smart technology, Wintop Optics is known for its excellent optical products--imaging lens. The YT-1684 car camera lens, an innovative driving recorder lens of Wintop Optics, has been successfully applied to LEAPMOTOR cars to enhance the intelligent monitoring system of vehicles.   Product features: High definition: The YT-1684 dvr lens features high-quality optical glass to ensure clear images and true colors. Wide-angle field of view: Provides a wide-angle field of view of more than 100 degrees to clearly record driving conditions. Durability: The car camera lens is designed to be durable and capable of withstanding a wide range of severe weather conditions.   LEAPMOTOR case: LEAPMOTOR, as a leading new energy vehicle manufacturer, is committed to providing a high-tech and intelligent driving experience. After partnering with Wintop Optics Lens Manufacturer, LEAPMOTOR has integrated the YT-1684 car dvr lens into its production models.   Success factors: Safety upgrade: The high-definition and ultra-wide-angle field of view of the YT-1684 dash cam lens significantly enhances driving safety and helps drivers better monitor their surroundings. Intelligent integration: The camera seamlessly integrates with the intelligent driver assistance system of the LEAPMOTOR car to provide real-time road condition analysis and early warning. User feedback: Users are highly satisfied with the performance of the YT-1684 car dvr lens, especially its clear imaging performance in recording road conditions.   Market impact: The introduction of the YT-1684 lens not only enhances the market competitiveness of the LEAPMOTOR, but also promotes the technological progress of the entire automotive industry. The cooperation between Wintop Optics and LEAPMOTOR is regarded as a milestone in the development of smart car technology.   Future Outlook: With the development of autonomous driving and vehicle to everything technologies, Wintop Optics' YT-1684 car dvr lens is expected to play a greater role in future vehicle safety and monitoring systems, providing drivers with a more comprehensive and intelligent driving experience.  
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Lens application case 05--FAW Jiefang
FAW Jiefang has utilized multiple models of Wintop Optics' car rearview lens and surround view lenses, including the YT-7596, YT-7054, and YT-7047. These applications demonstrate the versatility of Wintop's product range and its suitability for various automotive applications, enhancing the vehicle's rear and surround vision capabilities.The application of various camera lenses, including rearview and surround-view lenses, plays a crucial role in enhancing the safety and efficiency of heavy-duty truck transportation. Blind Spot Monitoring Lenses: These lenses are part of advanced driver-assistance systems (ADAS lens) that monitor the truck's blind spots, especially during lane changes. By providing real-time alerts to the driver, these systems significantly enhance safety on the road. The lenses used in blind spot monitoring systems are typically high-resolution and have a wide field of view to cover the necessary areas. Adaptive Cruise Control (ACC) and Lane Keeping Assist (LKA) Lenses: These lenses are used in systems that help maintain a safe following distance and keep the truck within its lane. They are equipped with advanced sensors that can detect the speed and position of vehicles ahead, allowing the truck to adjust its speed accordingly.
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Lens application case 04--Magna
Wintop Optics' YT-7610 model ADAS lens was selected for Magna's side view and ADAS (Advanced Driver-Assistance Systems) projects. This partnership is a testament to Wintop's ability to provide lenses that support the development of sophisticated systems designed to improve vehicle safety and driving assistance. Automotive Side view lenses are used for blind spot detection and lane change assistance, providing the driver with a clear view of the adjacent lanes. Electronics rearview lenses are integral to various safety features such as adaptive cruise control, lane departure warning, and collision avoidance systems. They use cameras and sensors to gather data about the vehicle's surroundings. The YT-7610 model lens by Wintop Optics has been selected by Magna for their side view and ADAS projects, showcasing the lens's ability to support these advanced systems.
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Lens application case 03--AITO
Huawei's vehicle-mounted DMS (Driver Monitoring System) and OMS (Occupant Monitoring System) projects benefited from the YT-7600 model lens developed by Wintop Optics. This adoption underscores the company's role in contributing to cutting-edge automotive technologies that focus on driver and passenger safety. Car (Driver Monitoring System/Occupant Monitoring System) DMS lenses /OMS lenses are part of advanced safety systems that monitor the driver's attentiveness and the passengers' status within the vehicle. The DMS lens focuses on the driver's face to detect signs of fatigue or distraction, while the OMS lens monitors the occupants to ensure safety features like airbags are deployed correctly. The YT-7600 model Occupant Monitoring System lens from Wintop Optics has been adopted for Huawei's automotive projects, highlighting its suitability for these sophisticated monitoring systems.
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Lens application case 02--Geely
The company's YT-7065 model surround view lens was adopted by Geely Automobile, highlighting Wintop Optics' capability to provide advanced imaging solutions for modern vehicle features such as panoramic views, enhancing the driving experience and safety. The panoramic camera lens is used in vehicles to provide a 360-degree view around the car, which is particularly useful for parking and maneuvering in tight spaces. This lens captures a wide-angle view, and when combined with image stitching software, it creates a seamless panoramic image. The YT-7065 wide angle lens by Wintop Optics is an example of such a lens, which has been successfully implemented by Geely Automobile.
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Lens application case 01--Toyota
Wintop Optics developed and designed the YT-7042 model car surround lens, which perfectly met the requirements of Toyota's factory in Thailand. This collaboration showcases Wintop's ability to create specialized lenses that meet the exacting standards of leading automotive manufacturers. It can also apply as a rearview mirror lens which is a critical component in any vehicle, providing the driver with a clear view of the road behind. This car camera lens is designed to offer a wide field of view, often incorporating features like anti-glare and anti-fog properties to ensure visibility in all conditions. In the case of Wintop Optics' YT-7042 model wide angle fisheye lens, it has been specifically developed to meet the stringent requirements of automotive manufacturers like Toyota Thailand, ensuring high-quality imaging and reliability.  
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News and Blog

Wintop Optics is dedicated to pushing the boundaries of optical lens technology. As a forward-thinking lens manufacturer, we continuously evolve, embracing new optical technologies to meet the diverse needs of our global clientele. Wintop Optics is your partner in progress. 
Blog
Whether to Upgrade the Body or Lens of the Action Camera First
there are the following ideas: 1.Identify the main requirements: First determine what your most important needs are in aerial and sports photography. Are you looking for higher image quality and detail or easier operation and control? Do you need to improve autofocus or expand the shooting range? 2.Evaluate existing equipment: Review the specs and features of the camera body and lens you are currently using to determine their limitations and advantages. Understand their performance in terms of maximum aperture, focus speed, image stability, and more. 3.Lens Priority: Aerial and sports photography often require the use of wide-angle, telephoto lenses, or lenses with special features, such as image stabilization. If your lens options are limited to meet your photography needs, upgrading the lens can bring more significant improvements, improving picture clarity, field of view, and stability. 4.Body Performance Considerations: If your camera body requires more powerful features, such as faster burst shooting, higher resolution, faster autofocus, etc., or you need more control options to handle complex photography scenes, upgrading the body may be a more appropriate choice. 5.Budget constraints and balance: Consider your budget constraints. Generally speaking, lenses can cost more than the body, so it may be more economical to choose an upgraded lens when your budget is limited. However, if your body features are very limited and cannot meet your needs, then an upgraded body may be indispensable.
Sep 28,2024 view more
Blog
Common Application Fields Of CCTV Camera Lenses
Security Surveillance: CCTV camera lenses are used to monitor the security of public places, commercial buildings, residential areas, parking lots, airports, stations, subway stations, etc. Such as products (YT-8020P-C2) It can record video and provide real-time monitoring in order to prevent crime, monitor traffic flow, prevent fires and other emergencies. Business Management: CCTV camera lenses are used in business settings to monitor employees, customers and goods. Such as (YT-4975P-B2) This lens can help prevent employee theft, improve safety, provide evidence for investigating accidents or disputes, and improve service. Road Surveillance: Traffic cameras are part of an urban traffic surveillance system that is used to monitor road traffic conditions, manage traffic flow, and detect and punish traffic violations. City security: CCTV camera footage is widely used in urban security systems, including monitoring urban areas, public squares, parks, bridges, tunnels, and other places, in order to improve public safety and respond to potential threats. Industrial Surveillance: In the industrial sector, CCTV camera lenses are used to monitor production lines, equipment operation status, workers' working environment and safety conditions. This helps to improve work efficiency, ensure the safety of employees, and monitor and prevent accidents. Educational institutions: Schools, universities, and other educational institutions use CCTV camera footage to ensure campus safety and to monitor student and staff behavior to avoid bullying, vandalism, and other inappropriate behavior. Transportation: In addition to road surveillance, CCTV camera footage is also used to monitor transportation systems such as railways, subways, aviation, and shipping to ensure safety, prevent illegal intrusion, and assist in the investigation of accidents. Banking and Financial Institutions Group: In the Banking and Financial Institutions Group, CCTV camera footage is used to monitor key areas such as safes, counters, ATMS, etc., to increase security and prevent robbery and fraud.  
Sep 26,2024 view more
Blog
The Benefits Of Coating Technology For Camera Lens
The principle of lens coating: By forming thin film layers of different thicknesses on the surface of the lens, the reflection and interference of light between the thin film layers can make the phase of light of a specific wavelength destructively interfere, thereby reducing reflection. This way, the lens can more effectively pass through the light, reduce the loss and scattering of light, and improve the contrast and clarity of the image. Lens coating has the following benefits: 1.Improve light transmittance: Coating can reduce the reflection of the Camera lens surface, improve light transmittance, make the image brighter and clearer, and reduce light loss. 2.Suppressing light scattering: Coating can reduce the scattering phenomenon on the lens surface, avoid light interference inside the lens, and improve the contrast and detail clarity of the image. 3.Anti-scratch and anti-fouling: Coating can increase the hardness and anti-scratch performance of the lens surface, effectively protecting the photographic lens from scratches or contamination, and prolonging the service life. 4.Reduce halos and ghost images: Coating can effectively reduce the generation of halos and ghost images, making the image more realistic in color and clearer in detail. 5.Improve color reproduction performance: Coating can improve the dispersion properties of light, improve the lens's ability to restore color, and make the captured image more vivid and natural.  
Sep 21,2024 view more
Blog
Lens processing technology
Lens processing refers to the process of manufacturing and processing optical lenses, mainly involving the following processes: Optical design: Before processing the lens, an optical design needs to be carried out to determine the physical parameters, optical structure and usage requirements of the lens. Optical design aims to achieve the required optical performance and imaging quality. Glass material selection: Lenses need to use materials with good optical properties, such as optical glass. Choosing the right glass material is an important part of ensuring lens performance. Cutting and grinding: According to the requirements of optical design, the selected optical glass is cut into the appropriate shape and size. Then, the cut optical components are processed into fine curved surfaces through grinding and polishing processes. Precision machining: Through machining and grinding processes, optical components are precisely machined to achieve the required surface shape and optical accuracy. Coating: In order to increase the light transmission performance and durability of the optical lens, it is necessary to coat the surface of  lens. Coating can reduce reflection and scattering, improve the transmittance of the lens and the collimation of the light transfer beam. Assembly and testing: The finished optical components are assembled, including lens assembly, calibration, and precise debugging. After the assembly is completed, rigorous optical performance testing is also required to ensure that the lens meets the design requirements. These processes play a key role in the manufacturing and processing of optical lenses, ensuring their optical performance and imaging quality.      
Sep 14,2024 view more
Blog
What Are the Common Lenses Used in Video Production?
In video production, the quality of your visuals largely depends on the type of lenses you use. The right lens can drastically enhance your footage, providing clarity, sharpness, and the desired visual effects. From cinema-grade cameras to compact devices, lenses play a crucial role in every stage of video creation. In this post, we’ll discuss some of the common lenses used in video production and explore how streaming media lenses, module lenses, and low distortion lenses contribute to high-quality video content.   Prime Lenses: Precision and Detail Prime lenses are widely used in video production due to their fixed focal length, which typically results in sharper images. They offer superior clarity and brightness, making them ideal for capturing detailed shots. Prime lenses are often favored for narrative films, where precise control over depth of field and sharpness is essential.   While they don’t offer the zoom functionality of other lenses, prime lenses are great for achieving cinematic looks with crisp focus and a shallow depth of field. Their fixed focal length often means fewer optical distortions, enhancing overall image quality.   Zoom Lenses: Versatility and Convenience Zoom lenses are versatile tools in video production because they allow you to change the focal length without switching lenses. This flexibility is especially beneficial for dynamic shoots where subjects are constantly moving or when space is limited.   Zoom lenses offer the ability to capture wide shots and close-ups with ease, making them a go-to choice for documentaries, live events, and action sequences. However, they may sometimes compromise image sharpness compared to prime lenses. This is where low distortion lenses come into play, as they minimize the warping of images, especially when shooting at wider focal lengths.   Streaming Media Lenses: Real-Time Clarity For live-streaming and real-time video production, streaming media lenses are essential. These lenses are optimized for capturing high-quality footage in real-time and are typically designed to handle fluctuating lighting conditions, ensuring that video streams remain crisp and clear.   Streaming media lenses are popular in video production for events, gaming, and business meetings, where continuous, high-quality footage is crucial. They are built to reduce image noise and keep the visual output smooth and sharp, ensuring a seamless streaming experience.   Module Lenses: Compact Yet Powerful As video production becomes increasingly mobile and device-dependent, module lenses have risen in importance. These small, compact lenses are used in a wide range of cameras, from smartphones to drones and security systems. Despite their size, module lenses offer impressive visual capabilities, making them an integral part of today’s video production setups.   Module lenses are particularly useful in portable cameras and compact devices that need to deliver high-quality video without the bulk of larger lenses. They are often built with sophisticated optical designs to ensure they capture sharp, distortion-free footage in tight spaces.   Low Distortion Lenses: Accuracy Matters Distortion can be a big issue in video production, especially when shooting with wide-angle lenses. Straight lines may appear curved, leading to inaccurate visuals. This is where low distortion lenses become essential. These lenses are designed to reduce or eliminate optical distortions, ensuring that your footage accurately represents the scene as it is.   Low distortion lenses are particularly valuable in industries where precision is key, such as architectural videography, engineering projects, and virtual reality content creation. These lenses ensure that the video output maintains the correct proportions, providing a more natural and realistic visual experience.   In the world of video production, choosing the right lens can make a significant difference in the quality of your footage. Whether you’re using prime lenses for cinematic shots, zoom lenses for flexibility, or specialized options like streaming media lenses, module lenses, and low distortion lenses, the right equipment ensures that your video looks its best.   Each type of lens serves a unique purpose, offering distinct advantages depending on the project at hand. As video production continues to evolve, so too will the technology behind the lenses, giving creators even more control and flexibility in bringing their visual stories to life. At Wintop, we understand the importance of top-quality lenses, and we’re committed to helping you find the perfect solution for your video production needs.
Sep 12,2024 view more
  • The Gospel of Global Lens Suppliers
    Global market research and consultancy Precedence Research has released a report titled "Automotive Camera Market Size Estimated to Reach $23.55 billion by 2032". According to the report, vendors can take the following steps to address this market growth opportunity: 1. Increase capacity: Suppliers can invest in expanding production facilities and improving production efficiency to meet growing demand. Increasing capacity ensures that suppliers can deliver enough camera lenses in a timely manner to meet the needs of automakers. 2. Technology R & D and Innovation: With the continuous advancement of automotive technology, automotive cameras need to have higher resolution, faster response speed and better image quality. Suppliers can increase their investment in technology R & D and innovation to provide more advanced and fully functional camera products. For example, developing cameras with wider field of view, better low-light performance and more advanced features. 3. Establish partnerships: Suppliers can actively establish partnerships with automakers, system integrators, and other relevant partners. These partnerships can cover aspects such as product customization, technical support, and supply chain cooperation to ensure that suppliers remain competitive in the market competition. 4. Provide a full range of technical support and services: As cameras play an increasingly important role in automobiles, suppliers need to provide a full range of technical support and services. This includes customized solutions for customer needs, technical training and after-sales support, etc., to ensure that customers can make the most of and use the camera products they offer.
    Sep 28, 2024 news
  • Wintop Optics Introduces Top Quality Inspection Equipment to Enhance Lens Competitiveness
      Wintop Optics, a leading lenses manufacturer in the field of optical imaging, has gradually introduced the Japan Panasonic UA3P-300, German Trioptics MTF machine and Swedish Hexagon 3D Coordinate Measuring Machine to enhance the lens quality and performance of Wintop Optics Lens Manufacturer's optical lenses in the fields of vehicle cameras, smart home cameras and robot monitoring etc. This move not only demonstrates Wintop Optics Lens Factory's strict control of product quality, but also reflects its continuous pursuit of technological innovation and market competitiveness.   1. The importance of optical lens quality inspection With the continuous advancement of technology, car cameras, smart home cameras and robot monitoring systems are playing an increasingly important role in modern life. One of the core components of these devices is the optical imaging lens. The imaging quality of the optical lens directly affects the monitoring effect and user experience of the device. Therefore, ensuring the high quality and high yield of the optical lens is the key to improving the overall system performance. Optical lenses may have various defects during the design and manufacturing process, such as surface roughness, wavefront aberration, distortion, etc. These defects can significantly reduce the image quality, resulting in image blurring, distortion and other problems. Therefore, strict quality inspection of optical lenses is a necessary step to ensure their performance and reliability.   2. General process of optical imaging lens quality inspection procedures The quality inspection process for an m12 lens typically involves the following steps: Initial inspection: Check the appearance and basic dimensions of the lens to ensure that it meets the design requirements. Surface quality inspection: Use high-precision measuring equipment to detect the roughness and shape of the lens surface. Optical performance testing: Evaluate the imaging performance of the lens through methods such as modulation transfer function (MTF) testing. Environmental adaptability testing: Simulate testing under different environmental conditions to ensure that the lens can operate stably in various environments. Final inspection: a comprehensive evaluation of the lens's performance indicators to ensure that it meets the requirements of the final application. The implementation of an optical quality inspection scheme can ensure the consistency and performance reliability of the camera lens, thus improving the overall quality and performance of imaging systems such as car camera lens(CMS/DVR/AVM/RVS/ADAS/DMS/OMS), smart home camera lens, and robot lens etc.   3. Quality inspection equipment introduced by Wintop Optics and its function Ensure high-precision measurement In the manufacturing process of optical imaging lenses, accuracy is of paramount importance. With its ultra-high-precision 3D measurement capabilities, the Panasonic UA3P-300 is able to detect tiny defects on the surface of the optical lens, such as the accuracy of aspherical and free-form surfaces, ensuring that the surface quality and shape of the lens meet the design requirements. This helps Wintop Optics detect and correct problems in a timely manner during the production process, thus improving the consistency and reliability of the final product.   Improve image quality The imaging quality of an optical lens is a key metric for measuring its performance. Trioptics Europe-wide MTF machines evaluate the imaging performance of a lens by measuring the modulation transfer function (MTF). The MTF test reflects the imaging clarity and contrast of the camera lens at different spatial frequencies, which is essential to ensure that devices such as in-vehicle cameras and smart home cameras can provide clear images in a variety of lighting conditions.   Optimize the production process Hexagon 3D coordinate measuring machines can not only detect the dimensional and geometric accuracy of optical lenses, but also precisely inspect workpieces in the production process. This comprehensive inspection capability helps Wintop Optics optimize production processes, reduce manufacturing errors and increase production efficiency. By precisely controlling every step of the production process, Wintop Optics can ensure that every optical lens meets high standards.   Enhance product competitiveness With the increasing demand for high-quality optical imaging lenses, Wintop Optics has significantly increased the market competitiveness of its products by introducing these advanced quality inspection equipment. High-quality optical lenses not only enhance the performance of end-point products, but also enhance consumer trust and loyalty to the Wintop Optics brand. This will help Wintop Optics to gain an advantage in the fierce market competition. Support R & D innovation In addition to quality control during the production process, these quality inspection devices also provide strong support to Wintop Optics' R & D team. By accurately measuring and analyzing the performance of m12 lenses / AA lenses, the R & D team is able to better understand the limitations of existing designs and explore new design concepts and technologies. This will drive Wintop Optics' continued innovation and advancement in the field of optical imaging.   In summary, these advanced quality inspection equipment introduced by Wintop Optics not only enhances the production quality of its optical imaging lenses, but also provides a solid foundation for it to compete in the market. By continuously optimizing product quality and production processes, Wintop Optics will be able to better meet market demand and promote the development of optical imaging technology.  
    Jul 24, 2024 news
  • Clear Vision, Any Weather: Wintop Optics' New Heated Mirror Lens Technology
      Introduction of Electronic Rearview Mirror Lens with Heating Function Technology  The heating function technology of electronic rearview mirror camera lens is primarily used to maintain lens clarity in adverse weather conditions, such as rain, snow, or fog, thereby improving the driver's visibility. This technology is usually implemented by integrating a heating element into the camera lens, which can quickly remove moisture or snow adhered to the lens.   Market Demand for Electronic Rearview Mirror Lenses with Heating Function  Traditional car rearview mirror camera lens have limitations in size and angle, affecting safety. Nowadays, electronic rearview mirror lenses, due to their compact size and wide angle, are gradually replacing traditional mirrors in the market. However, weather conditions like rain and snow have always posed obstacles to visibility. Electronic rearview mirror lenses with heating functions can accelerate the evaporation of rainwater and the melting of snow, making them increasingly popular in the market. With growing consumer demands for car safety and comfort, the market demand for electronic rearview mirror systems (CMS Lens) continues to rise. Especially in the field of new energy vehicles, electronic rearview mirrors not only provide a broader field of view and reduce blind spots but also maintain good operation in night or adverse weather conditions through infrared sensing functions and enhanced image contrast technologies.   Wintop Optics Innovates with Heated Electronic Rearview Mirror Lenses Responding to market demands, Wintop Optics Lens Manufacturing has successfully launched the high-performance CMS Lens YT-7605 electronic rearview mirror lens after professional research and development and technical accumulation. This car camera lens integrates an advanced heating function that can quickly remove moisture and snow from the lens surface under extreme weather conditions, ensuring clear visibility for drivers and significantly enhancing driving safety. With its excellent optical performance and innovative technology, it meets the automotive industry's high standards for safety and reliability.   Focal Length: 3.14mm, providing a wide field of view suitable for capturing panoramic rear views of vehicles in electronic rearview mirror systems. Aperture: F/NO.1.4, the large aperture design ensures clear image quality even in low-light environments. FOV: Compatible with multiple CMOS sensors, offering high compatibility and flexibility. ISX031 sensor:Dfov 120 degree,Hfov 106 degree, and a vertical angle of 59 degrees. OX03C10 sensor:Dfov 124 degree,Hfov 106 degree, and a vertical angle of 66 degrees. Environmental Tolerance: Operates in temperatures ranging from -40°C to +85°C, ensuring stable operation under extreme climatic conditions. It has an IP69k rating for dust and water protection, suitable for various harsh environments. Quality Certification: Certified to TS16949, complying with the highest quality standards of the automotive industry. Working Principle: 1.FPC is electrified. 2.The heating ring is electrified and generates heat. 3.The thermistor senses the temperature and controls the power supply to the heating ring according to the temperature. 4.The temperature is transferred to the car camera lens, causing rainwater on the surface to evaporate or snow to melt.   Development Prospects As a new direction in the development of automotive intelligence, electronic rearview mirror camera lens have broad development prospects. With technological progress and cost reduction, electronic rearview mirror camera lens have great potential in improving automotive safety and driving experience. It is expected that electronic rearview mirror camera lens will integrate more intelligent auxiliary functions in the future, such as blind spot detection, lane departure warning, and traffic sign recognition, to share data and interact with the vehicle's autonomous driving system and the Internet of Vehicles, providing more accurate information and intelligent driving assistance.   Furthermore, with the release and implementation of the "Performance and Installation Requirements for Indirect Vision Devices of Motor Vehicles" (GB 15084-2022), electronic rearview mirrors have been officially recognized in China's policies and regulations, which will promote the industrialization process of electronic rearview mirror lens and open a period of rapid market development. It is expected that the market size of electronic rearview mirror lens will reach a trillion level, becoming an important part of the development of automotive intelligence.   Conclusion  The YT-7605 electronic rearview mirror lens, with its advanced technical parameters and strict quality standards, represents the professional level and innovative ability of Wintop Optics in the field of optical lens manufacturing. It is an important driving force for the development of automotive intelligence and safety. Wintop Optics lens manufacturing is committed to making the YT-7605 lens a benchmark product in the field of automotive safety, providing innovative and reliable optical solutions for the global automotive industry.    
    Jun 21, 2024 news

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