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
Choice of mirror coating
The basic difference between the household mirror and therefore the optical mirror is that one is coated on the rear surface and the other is coated on the front. For optical applications, a front-surface mirror must be used. this suggests that the reflective surface is subject to environmental degradation, albeit it’s usually in an indoor environment and not exposed to the tough conditions of the household mirror. a crucial part of mirror technology is providing a durable front-surface mirror that’s stable and may be cleaned. A mirror’s substrate surface should be flat and smooth. The flatness is typically laid out in terms of what percentagewavelengths of sunshine the surface deviates from being an ideal plane. for several applications, the glass is often flat to a couple of wavelengths of light.…
External Reflector
VY Optics is a company dedicated to providing high-performance optical components, and their external reflection mirrors are widely used in various optical systems due to their excellent performance and reliability. Below is a detailed introduction to VY Optics’ external reflection mirrors: Product Features High Reflectivity: VY Optics’ external reflection mirrors utilize high-quality coating processes to provide high reflectivity across a wide spectral range, effectively enhancing the efficiency of optical systems. Superior Optical Performance: These mirrors feature low scatter and low absorption characteristics, ensuring minimal loss of the light beam during reflection, thereby guaranteeing high precision and high efficiency in the system. Durability: The coating layer of the external reflection mirrors has high wear resistance and can withstand environmental influences, ensuring long-term stable operation in various complex environments. Precision Manufacturing: Utilizing…
What Are Lightweight Optical Lenses? Benefits, Applications & Design Tips
What Are Lightweight Optical Lenses? Lightweight optical lenses are lenses designed to significantly reduce the weight and size of optical systems through innovative approaches, such as minimizing the number of elements, using folded or compressed optical paths, or incorporating high-refractive-index materials and lightweight structures, while maintaining excellent imaging performance. This is essential for modern aerospace and defense platforms that demand strict SWaP (Size, Weight, and Power) requirements. Key Advantages & Design Strategies Reduced Weight & Compact Design Leading optical manufacturers have developed lightweight infrared zoom lenses that use fewer optical elements and folded optical paths to achieve high performance in a compact, low-weight form factor. Many lightweight lenses meet strict SWaP requirements while ensuring high MTF (Modulation Transfer Function) and optical accuracy. High Imaging Performance (MTF) Despite being smaller and…
How does a Fresnel lens work?
Denifition of Fresnel Lens A Fresnel lens is an optical component used as an alternative to a conventional lens due to it being lighter and more cost-effective. Since the refractive power of a lens is in the optical interfaces – the lens surfaces – in a Fresnel lens the optical material is removed as much as possible while maintaining the surface curvature (Figure 1). A Fresnel lens is made of several concentric grooves etched into a substrate such as plastic. Due to their characteristics, this type of lens is capable of focusing light similar to a conventional lens while being physically narrow in profile. Slope and draft When compressing the lens surface into a plano surface there is the need for a finite prism pitch, and both a slope angle…
National Holiday Notice
National Holiday Notice from VY Optoelectronics Co.,Ltd. Due to the national holiday arrangement, our office will be temporarily out of duty from Oct.1st to Oct. 7th, 2022. We are return on Oct. 8th, 2022. If you are in a hurry to find manufacturer of optical lens and need quotation urgently, please feel free to contact us at [email protected], we will provide you with suitable optical design as per your requirement and a best quotation will also be supplied in the first time according to your specifications. Thanks.
Magnesium fluoride
Magnesium Fluoride (MgF₂) is an inorganic compound known for its excellent optical and physical properties, making it widely used across various fields. MgF₂ crystallizes in the tetragonal system, with a high melting point of 1255°C, considerable hardness, and chemical stability, making it resistant to deliquescence and corrosion. Optical Properties of Magnesium Fluoride (MgF₂): High Transmittance: MgF₂ exhibits a broad range of transmittance from vacuum ultraviolet to near-infrared wavelengths (approximately 100 nm to 8000 nm). It shows particularly high transmittance in the deep ultraviolet range (<200 nm), which is relatively rare in other materials. Low Refractive Index: With a refractive index of about 1.38, MgF₂ is an ideal low-refractive-index material, making it suitable for anti-reflective coatings on optical elements to reduce reflection losses at interfaces. Good Optical Homogeneity and Stability: The…