Are you seeking an ideal collaborator in the field of optical lens design, hoping to obtain customized optical solutions that balance innovation with manufacturability?
Optical Design
VY Optics leverages a professional team with deep engineering expertise and rich industry experience, focusing on providing comprehensive optical design and manufacturing services for artificial intelligence, biomedical, life sciences, industrial manufacturing, consumer products, and even cutting-edge defense applications.
We sincerely invite you to join hands with us, leveraging our professional advantages and efficient processes to accelerate the perfect transformation of your optical products from concept to market, all at the most competitive cost.
We specialize in providing ODM optical design services
We specialize in providing ODM optical design services to meet the diverse needs of customers in retaining their own brands while addressing their requirements for lens design and manufacturing. For instance, when your company requires in-depth reverse engineering of its products, our engineering team goes beyond simple replication. Instead, they rely on innovative spirit and profound technical expertise to successfully develop a new lens with significantly improved optical performance.
In our ODM optical design services, VY Optics excels not only in reproduction but also in innovation, helping clients maintain brand characteristics while achieving leaps in product performance and market share expansion.
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Ensuring the functionality of prototypes is far from the endpoint.
During the development process of optical components, ensuring the functionality of prototypes is far from the endpoint. An excellent optical solution not only needs to accurately match various technical specifications and application requirements but also consider the practical feasibility of large-scale production.
Proudly
VY Optics stands as an optical manufacturer deeply versed in the art of manufacturing. Our engineering team strictly adheres to a scientifically sound lens design process, while also possessing a thorough understanding of the inherent logic, potential constraints, and cost structures of production processes.
Rooted in design
This means that from the outset of a project, we deeply integrate the concept of manufacturability into the design, striving to create optical components that are not only innovative but also suitable for industrial-scale batch production, thus helping you gain a competitive edge in the market.
As an OEM, are you looking for professional empowerment at the optical design level?
DFM
We specialize in optimizing the manufacturability (DFM) of lenses to ensure that your products are both viable and economical at the high volume production stage.
Low Cost
Our DFM strategy covers the key aspects of material selection, tolerance setting, performance evaluation, etc., aiming to create a lens product with clear specifications, optimized manufacturing costs, and no redundant design, which accurately meets customer needs and avoids unnecessary expenses caused by excessive engineering.
Outstanding
In short, choosing our services means that you will receive a lens product that is carefully designed, cost controlled and highly in line with market expectations to help you stand out from the fierce competition.
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Recommended Products
Technical Blogs
Low-Distortion Lens Selection Guide for AOI and Industrial Inspection
Low-Distortion Lens Selection Guide for AOI and Industrial Inspection Introduction When customers choose a lens for AOI or industrial inspection equipment, they often start with focal length, working distance, and camera resolution. These parameters are important, but they do not fully answer one key question: Can the lens keep the image geometry stable enough for reliable inspection? In many AOI systems, the image may look clear, but the measurement result is still unstable. A line may appear slightly curved near the edge. A hole may measure differently in different areas of the image. A connector pin may look shifted even when the part itself is correct. In these situations, lens distortion may be one of the reasons. This article is not only about what distortion is. Instead, it focuses on…
Fused Silica Window
Fused Quartz Window Flat is an optical component made from highly purified silicon dioxide (SiO₂) material. It is produced by melting high-purity quartz sand at high temperatures and then cooling it, resulting in a glassy, non-crystalline structure. This process creates fused quartz, which plays a critical role in various optical applications due to its excellent optical and physical properties. Key Characteristics of Fused Quartz Window Flats Optical Performance: Broad Transparency Range: Fused quartz offers a wide transparency spectrum, ranging from ultraviolet (UV) to near-infrared (NIR), typically from 160 nanometers to 3.5 micrometers. High Optical Uniformity: It exhibits excellent optical uniformity, meaning the speed of light propagation across the window flat is nearly consistent, ensuring clarity and accuracy of the image. Low Birefringence and Dispersion: With low birefringence and dispersion characteristics,…
Triple-light Fusion Night Vision Device
Optical Characteristics: High-sensitivity micro-light and infrared sensors Powerful micro-light and infrared imaging capability Excellent nighttime target recognition capability Lightweight and portable design The VY Optical Visible, Micro-light, and Infrared Fusion Night Vision Device series are designed for a variety of applications including all-weather surveillance, reconnaissance, security, and outdoor activities. These products utilize advanced visible, micro-light, and infrared sensing technologies, along with precision optical design, to provide users with high-performance observation solutions in daylight, nighttime, or low-light conditions. Key Features: High-sensitivity visible, micro-light, and infrared sensors: Our fusion night vision device adopts high-performance micro-light and infrared sensors, capable of capturing weak micro-light and infrared light signals, achieving clear dual-mode imaging, and providing excellent all-weather observation results. Multi-functional operation: The device is equipped with various observation modes and functions, including monocular observation,…
What is powell lens?
A Powell prism is also known as a laser linear generator lens, convert laser beams into uniform, straight lines. Unlike cylindrical lenses, which generate Gaussian beam profiles with hot-spot center points and fading edges. Powell Lenses provide an even distribution of energy along the length of the entire line. ● What fan angle of powell lens do we could manufacture? The divergent angle determines the length of the line when the laser is at a certain distance, The range for angle of powell lens we could process is wide, from 3 degrees-120 degrees, the current fan angle we are producing are 3 °, 4 °, 5 °, 7 °, 10 °, 15 °, 20 °, 22 °, 30 °, 35 °, 45 ° , 55 °, 60 °, 70 °, 72…
Wedge Prism
The VY Optical Wedge Prism is your ideal companion for exploring the world of optics. Combining innovative technology and superior craftsmanship, this wedge prism presents an extraordinary visual experience, allowing you to push the boundaries of imagination. Product Features: Precision Design: Renowned for its precision design, the VY Wedge Prism ensures accurate refraction and propagation of light, delivering clear and vivid visual effects. HighQuality Materials: Crafted with carefully selected premium optical glass, the VY Wedge Prism boasts outstanding transparency and durability, ensuring longterm stable performance. Exquisite Processing: Through rigorous manufacturing processes, the surface of the VY Wedge Prism is smooth and flawless, free from impurities and defects, ensuring optimal optical quality. Versatile Applications: The VY Wedge Prism finds wide applications in fields such as scientific research, industrial production, and medical…
Multi-bandpass Filter
A multibandpass filter is an optical filter designed to allow multiple discrete wavelength ranges to pass through while blocking wavelengths outside these ranges. Unlike single bandpass filters, multibandpass filters can achieve multiple selective transmissions within a single filter, making them ideal for applications that require detection or use of multiple spectral signals. Working Principle of Multibandpass Filters The working principle of multibandpass filters is similar to that of single bandpass filters, but with a more complex structure. By depositing multiple layers of optical thin films on a substrate and utilizing the interference effects between these films, selective transmission of multiple different wavelength ranges is achieved. The arrangement and thickness of these film layers are precisely controlled to achieve the desired spectral characteristics. Types of Multibandpass Filters Custom Multibandpass Filters: Filters…