Recently, the national standard "Optics and Photonics - Optical Elements - Test Methods for Geometric Parameters of Complex Curved Surface Optical Elements," jointly formulated by several domestic research institutions, universities, and leading industry enterprises, will be officially implemented on June 1, 2026. As a high-tech enterprise in China specializing in ultra-precision optical inspection and wavefront measurement technologies, Ningbo Zhixing Optical Technology Co., Ltd. was invited to participate in the drafting and compilation of this national standard, contributing its professional expertise to the standardization of complex curved surface optical inspection in my country.
The 21st National Conference on Optical Testing was held in Xi'an, a famous historical and cultural city, from May 17th to 20th, 2026. As one of the most authoritative and influential academic events in the field of optical testing in China, this conference brought together experts and scholars from top research institutes, universities, and cutting-edge technology companies across the country to discuss the latest breakthroughs and future trends in optical testing technology.
The four-day team building trip to Xi'an by Zhixing Optics has come to a successful conclusion! From the sea of clouds and morning light atop Mount Hua to the hot springs and evening breeze at the foot of Mount Taibai, from the serene Zen of ancient temples to the vibrant atmosphere of Chang'an streets, we measured the mountains and rivers with our footsteps and gathered warmth with our companionship, leaving behind unique memories of Zhixing Optics in this ancient capital.
As spring blossoms, a delegation from Panasonic's UA3P marketing and sales team, a renowned global player in precision measurement, officially visited Ningbo Zhixing Optics Co., Ltd. (hereinafter referred to as "Zhixing Optics"). Dr. Guo Chengli, founder of Zhixing Optics and an expert in optical inspection, led the core technical team in a warm welcome. The two sides engaged in in-depth discussions on the future trends and technical details of ultra-precision optical measurement.
As a benchmark for ultra-precision aspherical surface measurement instruments, the Panasonic UA3P series enjoys a high reputation in the industry. This visit to Zhixing Optics aimed to strengthen information sharing and collaboration between the two companies in high-end optical inspection technologies.
In the global automotive industry's deep transformation towards electrification, intelligence, and connectivity, new energy vehicles are reshaping the industry landscape in an irreversible manner. By 2025, the sales of new energy vehicles in China will exceed 16 million units, with a penetration rate of 47.9%; in 2026, the industry will enter a new stage where both the competition of existing stocks and technological leapfrogging coexist, and the sales are expected to exceed 19 million units, with a penetration rate of over 50%. From policy-driven benefits to independent technological innovation, from single electrification to the dual-wheel drive of "electricity + intelligence", new energy vehicles have become the core engine driving industrial upgrading and building a green transportation system. Against this backdrop, precision optics, as the core foundation for intelligent vehicles' perception, decision-making, and interaction, is enjoying unprecedented development opportunities.
On April 8, 2026, under the mediation of Pakistan, the United States and Iran reached a two-week temporary ceasefire agreement. The navigation safety of the Strait of Hormuz gradually returned to normal, and the tense situation in the Middle East that had lasted for more than a month witnessed a crucial window for easing. People's Daily. This event not only affects the global energy and economic trends, but also highlights the core value of stable supply chains, cutting-edge technological innovation, and precise manufacturing capabilities in the context of complex international environments for industrial recovery.
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies.
Privacy Policy