Guide the light journey, empower the new journey —— Zhixing Optics collaborates with the new energy vehicle industry to embark on the intelligent future

I. New Energy Vehicles: From Electrification to Intelligence, Optical Technology Becomes the Core Driving Force

The development of new energy vehicles has moved from "range competition" to the critical stage of "intelligent superiority". With the popularization of L2+ level autonomous driving, the large-scale implementation of L3 level conditional autonomous driving, as well as the rapid iteration of intelligent cabins and vehicle interior and exterior visual interactions, automobiles have put forward strict requirements for the accuracy, stability, and reliability of optical perception, measurement, and imaging systems.

(1) Intelligent Perception: Optical Components Are the "Eyes" of Autonomous Driving

The realization of autonomous driving relies on the fusion of multiple sensors such as lidar, cameras, and millimeter-wave radars. Optical components are the core to ensure the accuracy of perception. High-precision optical lenses, optical calibration plates, aspheric optical elements, etc., directly determine the imaging quality, ranging accuracy, and environmental recognition ability of sensors. For example, the optical system of lidar needs to achieve ultra-long-distance, high-resolution point cloud imaging, the camera lens needs to meet requirements of large aperture, low distortion, and high dynamic range, and the machine vision calibration plate is the "scale" for sensor calibration and data fusion, ensuring the accuracy and reliability of perception data.

(2) Precise Manufacturing: Optical Inspection Empowers the Quality Upgrade of New Energy Vehicles

The manufacturing of batteries, motors, and electronic control "three-electric" systems, as well as the body structure and interior components of new energy vehicles, have extremely high requirements for precision and consistency. Optical inspection technology, with its advantages of non-contact, high precision, and high efficiency, is widely applied in the measurement of component dimensions, surface defect detection, and assembly accuracy calibration. For example, non-spherical CGH (computed hologram) can achieve nanometer-level surface shape measurement of complex curved surface optical components and precision mechanical parts, providing technical support for the precise processing and quality control of core components of new energy vehicles.

(3) Intelligent Interaction: Optical Technology Rebuilds the Human-Vehicle Interaction Experience

The intelligent cabin, as the "second space" of new energy vehicles, has a surge in demand for technologies such as visual interaction, AR-HUD (augmented reality head-up display), and near-eye display. Glass-plastic hybrid aspheric lenses, high-resolution optical modules, etc., can achieve high-definition, low distortion, and wide field-of-view image display, precisely projecting navigation information, road condition warnings, and entertainment content to the driver's field of vision, enhancing the convenience and driving safety of interaction.

II. Zhixing Optics: Deeply Engaged in Precise Optics, Building the "Light" Foundation of the New Energy Vehicle Industry

Ningbo Zhixing Optics Technology Co., Ltd. was established in 2018 and is a technology-based enterprise specializing in the research, design, production, and sales of precision optical components. Zhixing Optics relies on its core technical team and independent R&D capabilities, focusing on core businesses such as aspheric CGH, cylindrical standard lenses, machine vision calibration plates, and optical system design. Its products are widely used in machine vision, industrial inspection, scientific research instruments, and automotive electronics, providing comprehensive optical solutions for the intelligent development of the new energy vehicle industry.

(1) Core Products: Precisely Adapt to the Full-Scale Needs of New Energy Vehicles

Machine Vision Calibration Plate: As the "calibration benchmark" of machine vision systems, Zhixing Optics' calibration plates adopt high-precision lithography and etching processes, featuring high contrast, low distortion, and precise dimensions, capable of meeting the calibration requirements of autonomous driving cameras, lidar, and on-board visual sensors, ensuring the measurement accuracy and data consistency of the perception system, and being an indispensable core component of the intelligent vehicle perception system.

Aspheric CGH (computed hologram): The company's core technology product, capable of achieving high-precision surface shape measurement of aspheric, cylindrical, and free-form complex optical components, with measurement accuracy reaching nanometer level. In the field of new energy vehicles, this product can be used for the detection and calibration of laser radar optical components, vehicle-mounted camera lenses, and AR-HUD optical modules, solving the measurement problems of complex curved surface optical components and improving the manufacturing accuracy of core optical components.

Optical system design and customization: In response to the differentiated demands of intelligent perception and intelligent cabin in new energy vehicles, Zhixing Optics provides one-stop customized services from optical design, component processing to system integration. For example, customizing low distortion and high resolution lens groups for vehicle-mounted cameras, and developing efficient optical projection systems for AR-HUD to meet the optical application requirements of different vehicle models and scenarios.

(II) Technical advantages: Driven by innovation, strengthening the core competitiveness of the industry

Core technology independent control: The company has multiple independent intellectual property rights, and the core team is composed of senior experts in the field of optics. General Manager Guo Zhi Li, a doctoral graduate, is a leading talent in Ningbo and a member of the Testing Committee of the Chinese Optical Society, having深耕 the field of optical detection and precision manufacturing for many years. The company has achieved independent breakthroughs in key technologies such as aspheric surface processing， CGH design， and high-precision calibration board production， breaking the foreign technology monopoly.

High-precision manufacturing capability： Introducing advanced optical processing and testing equipment， adopting ultra-precision processing technology， achieving precision control from micrometers to nanometers. The products pass strict quality inspection systems to meet the high stability and reliability requirements of optical components in the new energy vehicle industry.

Customized service capability： Deeply understanding the demands of the new energy vehicle industry， providing personalized optical solutions for customers. From product design， sample trial production to batch production， the entire process is followed up， responding quickly to customer needs， helping customers shorten the R&D cycle and reduce production costs.

(III) Industrial layout： Deeply integrating into the new energy vehicle industry chain

Zhixing Optics actively lays out in the field of new energy vehicle optics， establishing partnerships with domestic multiple new energy vehicle manufacturers， Tier 1 suppliers， and intelligent driving technology enterprises. The products have been applied in vehicle visual perception systems， laser radar detection， and optical components of intelligent cabins， deeply integrating into the upstream of the new energy vehicle industry chain， becoming an important optical supplier for promoting the intelligent upgrade of the industry.

III. Collaborating for a New Journey： Zhixing Optics and the new energy vehicle industry develop collaboratively， with broad prospects

As the new energy vehicle industry moves towards higher-level intelligent driving and more extreme user experiences， the demand for precision optical components will continue to explode. According to industry predictions， the global automotive optical lens market size will maintain a high growth rate and is expected to exceed 10 billion US dollars by 2027. Zhixing Optics， with its technological， product， and service advantages， has promising prospects in the new energy vehicle optics field.

(II) Technological iteration： Keeping up with industry trends， continuously breaking through and innovating

In the future， Zhixing Optics will continue to increase R&D investment， focusing on cutting-edge technologies such as autonomous driving optical perception， AR-HUD， and vehicle near-eye display， developing optical components with higher precision， smaller volume， and lower power consumption. For example， developing optical components compatible with solid-state laser radars， ultra-high-definition vehicle-mounted camera lenses， and lightweight AR-HUD optical modules， using technological innovation to lead product upgrades and meet the higher requirements of the new energy vehicle industry for optical technology.

(III) Market expansion： Deepening industrial cooperation， expanding market share

The company will further deepen cooperation with upstream and downstream enterprises in the new energy vehicle industry chain， expanding the market territory of vehicle optics. On one hand， strengthening strategic cooperation with leading new energy vehicle manufacturers and intelligent driving enterprises， participating in the research and development and supply of core optical components； on the other hand， leveraging the cluster advantages of Ningbo and the Yangtze River Delta region， radiating to the national and even global markets， enhancing brand influence and market share.

(III) Ecological co-construction： Promoting the deep integration of optics and the automotive industry Zhixing Optics will adopt an open and cooperative approach and actively participate in the construction of the new energy vehicle industry ecosystem. It will collaborate with universities, research institutions, and industry enterprises to conduct cross-disciplinary research on optical technology and automotive electronics, intelligent driving, promoting the deep integration of industry-university-research-application, and helping China's new energy vehicle industry secure a technological advantage in global competition. Conclusion

The intelligent wave of the new energy vehicle industry is surging forward, and precision optical technology, as the core support, is entering a golden development period. Ningbo Zhixing Optical Technology Co., Ltd. will always adhere to the concept of "innovation-driven, quality first, customer-oriented", providing high-precision optical products and customized solutions to ensure the intelligent perception, precise manufacturing, and intelligent interaction of new energy vehicles. In the future, Zhixing Optical will resonate with the new energy vehicle industry at the same frequency and advance together, with the wisdom of "light", empowering the transformation of the automotive industry, helping China move from a major automotive country to a strong automotive country, and jointly achieving a green, intelligent, and efficient future of travel!