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
Common infrared optical material coating, characteristics, performance and application
Barium Fluoride (BaF2) • Good transmission within the UV, VIS, NIR, and MW spectral regions • Hardness about half that of CaF2 • Is about 70% the mechanical strength of CaF2 • More vulnerable to thermal shock than CaF2 • Somewhat costlier than CaF2 • Not as readily available in large sizes as CaF2 • Diamond turnable • Magnetorheological finishable Transmission range Transmission is above 90 percent between 0.25 and 9.5 μm Index of refraction 1.466 @ 1.7 μm 1.455 @ 4 μm dn/dT −15.2 × 10−6/K Density: 4.89 g/cm3 Hardness (Knoop): 82 kg/mm2 Rupture modulus 3800 psi Thermal expansion coefficient: 18.1 × 10−6/°C @ 20 °C ±100 °C Typical applications Thermal imaging, astronomy, lasers Products manufactured Lenses, aspheric lenses, windows, beamsplitters, optical filters, wedges, and prisms Surface finish Polishes…
What Are Chalcogenide Ball Lenses and Why Are They Essential?
Struggling with subpar infrared optical performance can lead to reduced efficiency in advanced imaging and sensing systems. The solution? High-precision Chalcogenide Ball Lenses. Chalcogenide ball lenses are advanced optical components made from Chalcogenide glass, offering exceptional infrared transmission and thermal durability, ideal for cutting-edge imaging systems. Learn more about their benefits, manufacturing processes, and applications to elevate your optical systems to the next level. What are Chalcogenide glasses used for? Chalcogenide glasses are extensively used in the field of infrared optics due to their excellent transparency in mid-wave and long-wave infrared ranges. Their low dispersion and high refractive indices make them ideal for manufacturing Chalcogenide Glass Lenses, including spherical and ball lenses. Common applications include thermal imaging systems, night vision devices, and spectroscopy. Additionally, these glasses are lightweight and durable,…
Bandpass filter
A bandpass filter is an optical filter designed to transmit light within a specific wavelength range while blocking wavelengths outside that range. Its working principle involves either interference or absorption mechanisms to achieve selective transmission of specific wavelengths. Bandpass filters are widely used in spectral analysis, laser systems, fluorescence microscopy, optical communications, and various scientific experiments. Types of Bandpass Filters Narrowband Filters: These allow a very narrow range of wavelengths to pass through, typically from a few nanometers to several tens of nanometers. They are often used in applications requiring high selectivity and precision, such as laser wavelength selection and fluorescence detection. Wideband Filters: These allow a broader range of wavelengths to pass through, usually from tens of nanometers to several hundred nanometers. They are used in applications requiring higher…
VY take part in LASWER World of PHOTONICS CHINA
VY is about to take part at LASWER World of PHOTONICS CHINA, Asia’s leading trade fair for components, systems and applications in the sector for optical technologies. The LASER World of PHOTONICS CHINA will open again at National Exhibition and Convention Center(Shanghai) on July 11-13, 2023, which will gather leading enterprises in the field of optoelectronics. Our booth number is Hall 6.1, F335. Small tips for visitors, it will be more convenient to pre-register online if you plan to go to the exhibition. Pre-registered visitors enjoy the benefits: 1. No need to stand in long lines: You’ll receive an e-badge right after you register. 2. Each visitor has the chance to receive a nice gift if he registers for colleagues using the pre-registration system. We warmly welcome you to visit us and look forward to having a communication with…
Munich exhibition 2019
VY Optoelectronics Co.,Ltd. take part in trade show of Laser World of PHOTONICS 2019 in Munich, it’s always glad to meet and negotiate with customers face to face. Thanks for stopping at us!
Chalcogenide Glass Dome
A multispectral zinc sulfide (ZnS) dome is an optical component made from zinc sulfide material, typically in a spherical or hemispherical shape. It is referred to as “multispectral” because zinc sulfide has excellent optical transmission properties across multiple spectral ranges, including ultraviolet (UV), visible light (Visible), and infrared (IR). Here are some key characteristics and applications of multispectral zinc sulfide domes: Key Characteristics Broad Spectrum Transmission: Zinc sulfide material exhibits high transmittance over a wide spectral range, typically from 0.35 to 14 micrometers in wavelength. High Transmittance: Zinc sulfide domes have very high transmittance in both the visible and infrared ranges, usually exceeding 70%. Low Absorption: The material has low absorption, which helps minimize the loss of light energy. High Temperature and Corrosion Resistance: Zinc sulfide domes perform stably at…