Global Patent Portfolio Layout and Licensing Collaboration
Patent layout in the United States, Europe, Japan, and Korea
YIGHEN ULTRA PRECISION LIMITED has strategically laid out 36 invention patents in the field of optical display. Among these, 8 are international invention patents, and our patent portfolio encompasses many developed countries and regions, including the United States, Europe, Japan, and South Korea.
Particularly, our company places a strong emphasis on the development of the XR field and possesses a number of core technologies related to AR. When it comes to customized design business, we not only offer optical technology development services but also provide packaged services such as customized technology transfer and authorization.
Yang Jianming
/CTO
Educational background:PhD in Optical Engineering, University of Strasbourg, France,Master of Optical Engineering, Changchun Institute of Optics and Mechanics, Chinese Academy of Sciences
Professional skills:has achieved breakthrough results in many optical fields.
Frontier optical design: AR symmetry theory; spherical AR near theoretical limits; 80° FOV cylindrical waveguide. 30+ patents, Optics Letters publications.
Precision manufacturing technology: Masters single - point diamond turning at nanoscale (PV accuracy < λ/4). Proficient in ultra - precision cold grinding for hard materials such as glass and tungsten steel. Established a closed - loop system for design, processing, and measurement optimization.
System assembly integration innovation:Micron-level assembly (<3μm), mass-produced complex optical systems.
Fan Qunwen
CEO
Educational background:MBA from Zhejiang University, M.Eng from Tongji University.Rich in entrepreneurship & marketing, masters advanced optical engineering. technology. development. processes.
Professional skills
Supply Chain Management: Seasoned in optical design, processing & coating supply chain. Manages procurement - to - delivery. Knows market, selects suppliers, cuts costs, ensures quality.
Customer Delivery: Coordinates supply chain for on - schedule projects. Solves customer issues in product design, production & delivery, ensuring top - notch service.
Hardware & software development and management: extensive experience in software and hardware R&D management. Familiar with the full lifecycle of software and hardware product technology development, able to effectively manage and guide project needs research, solution design, and the development process.
Jiao Jiannan
/Optics Specialist
Educational background:PhD in Mechanical&Aerospace Engineering from Nanyang Technology University., Singapore. Focus on optical precision design, measurement, manufacturing tech R&D, and industrial applications. Guided by renowned scholars, research cover femtosecond laser additive manufacturing, nonlinear optical measurement, and micro - nano optical device design
Academic achievements:has been published in top journals such as Optics Express, Nanoscale, IEEE Transactions on Geoscience and Remote Sensing, and has been the corresponding author for many times.
Technology research and development:Jiao led national/industrial projects, including a Singapore NSF project designing femtosecond laser systems for micro-nano devices and transparent surface measurement. As tech director, he developed nonlinear measurement systems and ITOF 3D sensors for industrial detection.
Invention patents:Holds 10+ patents in non-diffracting beams, holographic detection, etc. Specializes in interdisciplinary integration, optical modeling, micro-nano manufacturing, and measurement algorithms. Senior expert in optical tech transformation for smart manufacturing, AR/VR, and remote sensing.
Core Service: Optical Design
YIGHEN ULTRA PRECISION is a global leader in optical design, boasting a professional team with top academic backgrounds. Our members include a Ph.D. in Optical Engineering from the University of Strasbourg, France, a Master of Optical Engineering from the Changchun Institute of Optics and Mechanics, Chinese Academy of Sciences, and a Master of Engineering from Zhejiang University and Tongji University. The team has a profound theoretical foundation in optical design and extensive practical experience, and our proficiency in optical design tools allows us to excel in every project.
In the realm of technology, our optical design experience spans from futuristic AR/VR optical design to a wide array of consumer and professional equipment, including projection systems, camera lenses, and high-precision medical endoscopy systems. Notably, in the AR/VR field, we have an in-depth understanding and significant practical experience with cutting-edge technologies such as optical waveguides, freeform surfaces, ultra-short-throw VR and Birdbath. This expertise enables us to offer valuable technical solutions to our customers.
The core strength of YIGHEN ULTRA PRECISION LIMITED lies in its cross-domain innovation capability. We are adept at integrating high-resolution imaging technology and the endoscope concept into the optical design of various products, thereby achieving genuine technological breakthroughs. This integration ability sets us apart in optical design and allows us to create competitive solutions for our customers.
Our innovative achievements have been widely recognized by the industry. The team has published several original design papers in authoritative journals and holds over 30 international and domestic invention patents. Our proposed "cylindrical waveguide theory" extends the field angle of optical waveguides to 80° in low-index waveguides, and our innovative "symmetry theory" achieves the theoretical limiting performance of spherically symmetric AR optics. These groundbreaking achievements distinguish YIGHEN ULTRA PRECISION LIMITED in the market and ensure that our customers always stay ahead. Trust in your vision and choose to cooperate with YIGHEN ULTRA PRECISION LIMITED. With our cutting-edge optical design technology, we will provide you with solutions that outshine those of our competitors.
Optical System Design Services
Core Services: Optical Processing and Coating
We also provide Optical Components with ultra-precision machining of optical plastics using Single Point Diamond Turning (SPDT). Leveraging the robust technological expertise of our doctoral team, we achieve one-step molding. This processing method involves our self-developed machining techniques, enabling high-precision machining on specific optical resin blocks (such as PMMA, PC, COP, and other types of optical resins) to attain superior optical surface quality. This approach typically offers the following advantages:
Cost and Time Savings for Molds: For small-batch production or prototype development, direct cutting eliminates the high costs and long lead times associated with mold fabrication. It is a more economical (costing just a few thousand dollars) and flexible (completed within a few weeks) solution for customers with small-batch or specialized requirements.
Rapid Validation: Direct cutting facilitates easy customization of complex structures, including aspheric and diffractive elements, making it ideal for product development that demands multiple iterations and quick validation. This method provides exceptional flexibility, especially for customers in laboratory settings or specialized applications.
High-Precision Assurance: Since the cutting process bypasses the injection molding stage, it eliminates issues such as material shrinkage. This enables products to achieve extremely high precision and surface quality, making it particularly suitable for applications requiring ultra-high optical surface accuracy, such as scientific research, medical equipment, or high-end imaging systems.
Avoidance of Heat Treatment Effects: Injection molding involves heating plastics, whereas cutting occurs at room temperature. Optical resins remain more stable during the cutting process, preventing stress and deformation caused by temperature fluctuations and ensuring higher optical surface accuracy and consistency.
Compatibility with Innovative Materials: Some new optical resin materials do not perform well at high temperatures. Direct cutting helps avoid the degradation of material properties, ensuring that the optical characteristics of these materials remain intact during processing.
YIGHEN ULTRA PRECISION caters to customers who are ordering plastic lens mold cores. Particularly, We offer mold cores made of hardened stainless steel, a nickel-free material known for high precision and top-notch quality. Our mold core products have won wide recognition from customers. Additionally, we provide optical components made of soft materials (such as aluminum and copper mirrors) to meet the diverse needs of our customers. Our customers are across Asia, America, Europe, Oceania, and other regions.
To satisfy customers' various technical requirements, the company manufactures various mold cores, including spherical, aspheric, Fresnel, multi - planar, diffraction, matrix (lens array), and hybrid molds. Our extensive range of mold cores is used in mobile phone camera lenses, laser mice, flashes, digital read-write heads, optical fiber connectors, biomedical applications, and various optical sensor fields, this endows customers' products with an excellent optical performance and high stability.
Regarding the precision of mold core surface processing, the company has independently developed the "Injection Molding Shrinkage Error Compensation Algorithm Software". This software can perform profile correction before processing according to customers' needs, significantly improving the precision after injection molding and notably enhancing the quality of customers' products. Our mold cores are produced using direct cutting steel technology, ensuring durability even in a 300 - degree Celsius high - temperature environment, which is highly suitable for high - performance plastic injection molding production. By optimizing the production cycle and boosting efficiency, we have significantly cut down our customers' production costs.
Our ultra - precision machining capabilities can handle mold cores with a less than 30mm diameter. Most of these mold cores have a diameter of less than 8mm, and the minimum size can even be less than 1mm. We can achieve a precision up to a sagittal height - to - caliber ratio of 0.4, a surface roughness (Ra) below 8 nm, and a profile accuracy controllable within 0.2 microns (PV value), meeting the high - precision requirements of our customers.
Hard Steel Die: Ultra-precise Optical Machining
Cost-effective Optical Verification: Rapid Prototyping Processing
YIGHEN ULTRA PRECISION LIMITED has achieved a series of technological breakthroughs in the fields of optical design and ultra - precision machining. After winning the bronze award in the 2nd Guangdong - Hong Kong - Macao Greater Bay Area Doctor Innovation and Entrepreneurship Competition, it demonstrates its leading position in the industry.
In the highly competitive 8th Guangchuang Competition, YIGHEN ULTRA PRECISION LIMITED stood out among 1040 projects. Its independently developed Hard Steel Optical Mold Core (with a surface roughness Ra < 7nm and surface accuracy < 0.2 μm) and dynamic error compensation algorithm have extended the core life of injection molding by three times and shortened the processing cycle by four weeks, which are its core strengths. At the Greater Bay Area Expo, its innovations were once again recognized by the jury, highlighting the team's expertise in AR/VR optical design (such as optimizing Birdbath and Pancake structures) and free - form prisms.
The company relies on an international academic team led by a number of doctors (whose members are from top institutions like Nanyang Technological University in Singapore and the University of Strasbourg in France) and a 1300 - square - meter nano - processing center in Singapore (equipped with internationally leading equipment like NanoTech 650 FG) to provide high - precision optical components and customized solutions for areas such as consumer electronics, biomedicine, and LiDAR.
These honors signify the crucial role of YIGHEN ULTRA PRECISION LIMITED in promoting the upgrading and industrial application of domestic high - end optical manufacturing technology.
Certificate of Awards Won by YIGHEN
Core Service: Ultra-precision Machining of Optical Structural Components
YIGHEN ULTRA PRECISION also offers customers CNC Precision Optical Structure Machining services featuring high precision, high quality, and high reliability. Equipped with advanced processing equipment, an experienced technical team, and a comprehensive quality management system, we are capable of meeting your stringent requirements for optical structural components.
Our Advantages:
Precision Machining Capability: We utilize high-performance CNC machine tools and state-of-the-art processing techniques, enabling us to achieve a machining accuracy at the micrometer level. This ensures that the dimensional accuracy and shape tolerance of our products fully comply with the design specifications.
Rich Experience in Material Processing: Our team is well-versed in the properties of various optical materials, encompassing both metals (such as aluminum alloys and stainless steel) and non-metals (such as plastics). Based on the distinct characteristics of different materials, we can select the optimal processing scheme.
Glass aspherical optical processing provides "sampling - small-batch trial production - large-scale mass production" step-by-step services
YIGHEN Technology introduces glass aspherical optical processing sampling services to meet high-precision optical needs accurately. For R&D experiments, small batch production verification and other scenarios, we help you quickly realize the transformation of product concepts into physical objects with our professional technical capabilities and advanced equipment; in the mass production stage, we adopt the glass molding process to achieve high-precision reproduction by ultra-precise molds, with a material utilization rate of more than 95%, and a significant reduction in the cost of single-piece production, so that we can realize the precise connection from prototyping to mass production with our full-chain capabilities.
In the processing phase, YIGHEN adopts high-precision grinding machines, whose excellent processing accuracy and stability can finely sculpt the aspheric surface of the glass, ensuring that each surface meets the design standards. At the same time, high-precision measuring equipment for real-time inspection, from micron-level dimensional control to nanometer-level surface quality monitoring, will be used to ensure the high-precision quality of processed samples in all aspects.
Clients in Partnership
16
Years of industry experience
100%
Customer Satisfaction
120+
Partnership
280+
Grants customer intellectual property
World-class Optical Design and Ultra-precision Machining Solutions
Our team brings together professionals from prestigious universities like Nanyang Technological University in Singapore, the University of Strasbourg in France, and Zhejiang University. These experts have profound expertise in optical design, ultra - precision machining, materials science, and other related fields. As a result, we are well - equipped to offer our customers professional optical customization solutions.
gathers professionals from top universities such as Nanyang Technological University in Singapore, Strasbourg University in France, Zhejiang University, etc., and has profound attainments in the fields of optical design, ultra-precision processing, and material science.
State-of-the-art processing equipment and cutting-edge technology
Yighen Nano - machining Center is outfitted with a series of internationally leading equipment, such as the NanoTech 650 FG ultra - fine free - form surface processing machine. By employing slow tool servo (rotary) and grid flying tool technologies, it enables high - precision turning of complex structures. Our center has independently developed an error compensation algorithm to guarantee the high precision and quality of our products.
Omni-Domain Optical Customized Offerings
Our optical technology finds extensive applications across a diverse range of sectors. These include consumer electronics, like mobile phone camera lenses; medical health, such as surgical microscopes and endoscopes; the automotive industry, for instance automotive lighting systems; and emerging technologies, like AR/VR equipment.We offer bespoke optical design services. Every aspect, from product specifications and dimensions to material selection, is carefully customized to meet the unique requirements of our clients.
Team Introduction
Ultra-high precision glass prism processing
Angular accuracy is the biggest challenge in manufacturing glass prism optical products, and it plays a decisive role in product performance. Small angular deviations may cause deviations in the direction of light propagation, seriously affecting the optical system's imaging quality, beam collimation and other key performance. The angular accuracy of glass prisms processed by Yighen Technology is ±0.00027° (maximum 2″), which is the best in the industry and ensures accurate light propagation. In addition to the high angular accuracy, Yighen Technology excels in other key indicators. The dimensional tolerance of ±0.01mm, surface roughness of Ra≈5nm, and surface accuracy of λ/10 guarantee the fit and optical performance. The products are suitable for research, medicine, and other demanding fields.
Core Service: Ultra-precision Machining of Optical Structural Components
Core Service: Ultra-precision Machining of Optical Structural Components
Core Service: Ultra-precision Machining of Optical Structural Components
Angular accuracy is the biggest challenge in manufacturing glass prism optical products, and it plays a decisive role in product performance. Small angular deviations may cause deviations in the direction of light propagation, seriously affecting the optical system's imaging quality, beam collimation and other key performance. The angular accuracy of glass prisms processed by Yighen Technology is ±0.00027° (maximum 2″), which is the best in the industry and ensures accurate light propagation. In addition to the high angular accuracy, Yighen Technology excels in other key indicators. The dimensional tolerance of ±0.01mm, surface roughness of Ra≈5nm, and surface accuracy of λ/10 guarantee the fit and optical performance. The products are suitable for research, medicine, and other demanding fields.
