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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Technical Blogs
How to Design Optical Lenses for Underwater Imaging Systems
Introduction In the past few years, we have been involved in several underwater imaging projects, including some for deep-sea applications. One thing we noticed is that designing an optical lens for underwater use is quite different from designing a normal lens in air. Some problems don’t show up in simulation, but appear later in real systems. In this article, I share some practical experience on how to design optical lenses for underwater imaging systems. Start from the Real Environment, Not Ideal Conditions In many optical designs, we usually start from ideal conditions: perfect alignment stable structure no external stress But underwater systems are very different. You need to think about: water pressure temperature long-term sealing real working distance in water If these are not considered early, the design may look…
How to Choose the Right Lens for Machine Vision Systems
Introduction In machine vision systems, image quality directly affects inspection accuracy, measurement reliability, and system stability. While sensors and software receive much attention, the optical lens is often the most critical—and underestimated—component. Choosing the right lens for a machine vision system requires more than matching focal length or resolution. Optical performance, mechanical integration, and assembly quality all play a vital role in achieving reliable results. This article explains how to choose the right lens for machine vision systems, from optical parameters to manufacturing considerations, helping buyers avoid common mistakes. Understand the Application Requirements First Before selecting a lens, it is essential to clearly define the application: Detection, measurement, or identification? Required accuracy and repeatability Working distance and field of view Environment (vibration, dust, temperature) Production speed and lighting conditions A…
Powell prism
Product Overview: VY Optical Powell prism, also known as a laser linear generator lens, is a special optical component designed to convert narrow laser beams into uniformly illuminated straight lines. Compared to conventional cylindrical lenses, the Powell prism offers significant advantages in performance, enabling effective redistribution and enhancement of beam uniformity. Working Principle: The surface apex of the Powell prism features a complex twodimensional nonspherical curve, generating significant spherical aberration that facilitates the redistribution of light along a straight line. It stretches narrow laser beams into straight lines with uniformly distributed energy, overcoming the limitations of Gaussian laser beams and providing more uniform and stable beam output. Applications: Machine Vision: In machine vision applications such as biomedical imaging, automotive assembly, and 3D scanning, highly uniform illumination lines are required. Powell…
Merry Christmas 2020 and Happy New Year
Merry Christmas 2020! When bells toll and rum cake arrives, we all know Christmas is here. Christmas is celebrated as the birth anniversary of Jesus Christ. This is the time to spend time with your family and friends, singing Christmas carols, sitting around a Christmas tree, decorating your home with fairy lights and of course sharing X-mas greetings on social media. There is so much people can do to make this day special at home. Since 2020 has been a difficult year due to the coronavirus pandemic and subsequent shutdowns, it becomes important to thank our family and friends and tell them how their support helped you tide through the unprecedented times.Christmas celebrations this year have been subdued but that should not stop you from making this festival special for…
CaF2 window
Calcium Fluoride Window Flats are optical components used in various optical systems, designed to provide high transmission and excellent optical performance across a wide range of wavelengths. Calcium Fluoride (CaF₂) is known for its superior optical properties and is widely used in precision optical devices. Here is a detailed description of Calcium Fluoride window flats: Key Features High Optical Transparency: Calcium Fluoride window flats offer exceptional transparency across a broad spectral range, from ultraviolet to near-infrared. They effectively transmit light in the wavelength range from 120 nm to 8 μm, making them suitable for high-demand optical applications. Low Dispersion: The low dispersion of Calcium Fluoride helps minimize chromatic aberrations in optical systems, enhancing imaging quality. Excellent Radiation Resistance: Calcium Fluoride has good resistance to ultraviolet and other high-energy radiation, making…
Optical ultra-precision mechanical technology: diamond processing
Ultraprecision machining is often defined generally terms because of the removal of fabric from a substrate utilizing a machine that operates at a resolution of 10 nm (0.4 μin.) or less. The machining process may take the shape of single-point diamond turning or free-form machining. Although single-point diamond turning has been around for quite fifty years, the foremost significant technological advances first appeared within the 1980s. Today, diamond machining may be a well-established and affordable process for the fabrication of highly accurate optical components also as mechanical components requiring microinch dimensional tolerances. Free-form machining has also proved to be an efficient manufacturing process. A free-form optical surface is one that’s not symmetric about any axis. Multiaxis machining and metrology systems are required to manufacture these optical components in various materials. …