The 3rd Asia Optoelectronics Expo (APE 2026) will be held from February 4th to 6th, 2026 at the Sands Expo&Convention Centre in Singapore. The theme of this exhibition is "Gathering Asian Optoelectronic Opportunities and Driving Industrial Innovation and Development", bringing together innovative forces in the global optoelectronic industry ecosystem.

As an emerging enterprise in the field of optoelectronic materials in China, YNGD was invited to participate in this industry event, showcasing the company's breakthrough progress in the field of ultra large size optoelectronic crystal materials, especially the innovative achievements of LBO (lithium triborate) crystals, and exploring the technological forefront of optoelectronic materials with global industry experts.

Exhibition Theme

The exhibition, held at the Sands Expo&Convention Centre in Singapore, is the most influential annual event in the field of optoelectronics in Asia. It focuses on the innovative needs of the entire optoelectronics industry chain, covering multiple fields such as information and communication, laser technology, optical materials, and semiconductors. It provides a one-stop service platform for industry professionals to gain industry insights, exchange technology, and collaborate in business.

Asia is becoming an important source of global optoelectronic technology innovation, "the representative of the exhibition organizer emphasized at the opening ceremony." We hope to gather innovative resources from both inside and outside the region through this platform, and jointly promote the upgrading and development of the optoelectronic industry

Industry Focus

At this exhibition, advanced optoelectronic materials have become one of the focuses of attention. With the rapid development of high-power lasers, quantum technology, and precision optical systems, the demand for high-performance optoelectronic crystal materials is increasing day by day.

LBO crystal, as an important nonlinear optical crystal, has unique advantages in fields such as laser frequency conversion and optical parametric oscillation. Its technological level and industrialization ability directly affect the development of downstream applications.

It is particularly noteworthy that the preparation technology of ultra large size optoelectronic crystals has become one of the key directions for industry breakthroughs. This not only improves material utilization but also meets the demand for large-sized optical components in high-power laser systems, making it an important technological high ground in the field of optoelectronic materials.

YNGD debuts with oversized LBO crystals

YNGD, as an enterprise dedicated to the research and development, production, and industrialization of large-size optoelectronic crystal materials, showcased its independently developed and produced large-size LBO crystal products at this exhibition, including crystal samples of different sizes and cutting shapes, as well as laser device solutions based on LBO crystals.

We focus on breakthroughs in the growth technology of ultra large and high-quality LBO crystals, "the technical leader of YNGD introduced at the exhibition." Compared with traditional sizes, the ultra large LBO crystals we produce can meet the needs of higher power laser systems, improve frequency conversion efficiency, and reduce unit costs. ”

Highlights of Technical Exchange

During the exhibition, the YNGD team actively participated in multiple high-end technology forums, paying special attention to innovative trends in the intersection of optoelectronic materials and laser technology, quantum systems, and other fields.

The company representative attended the special seminar on "Advanced Optical Materials and Laser Technology Innovation" and had in-depth exchanges with material scientists and engineers from Singapore, Japan, South Korea and other places on the latest research progress and industrialization challenges of photonic crystals.

At the "Optical Fundamentals of Quantum Technology" forum, YNGD showcased the potential application of LBO crystals in the preparation of quantum light sources, which aroused the interest of attending experts. The development of quantum technology has put forward higher requirements for high-quality optical components, which has opened up new market space for optoelectronic crystal materials.

Market feedback and opportunities

During the exhibition, YNGD's booth attracted the attention of numerous laser equipment manufacturers, research institutions, and optoelectronic system integrators. Many professional visitors have shown strong interest in the company's display of large-sized LBO crystal samples.

The company has had in-depth technical exchanges with multiple international laser manufacturers, exploring the possibility of cooperation in the application of LBO crystals in industrial lasers, medical lasers, and other fields.

A representative from a European research institution gave a positive evaluation of the crystal quality of YNGD and preliminarily explored the feasibility of jointly developing crystals with specific parameters.

Being able to showcase our technological achievements on international platforms like APE is of great significance to the development of the company, "said the exhibition manager of YNGD." Through the exhibition, we not only gained valuable market feedback, but also established direct connections with potential customers and partners

Industry Outlook

With the development of laser technology towards higher power, wider frequency bands, and higher efficiency, the demand for optoelectronic crystals such as LBO will continue to grow. Especially in the fields of industrial processing, scientific research, medical equipment, and national defense security, high-quality optoelectronic crystals play an irreplaceable role.

The rapid development of the optoelectronic industry in Asia has provided a broad market for crystal material suppliers. The technological accumulation and industrial foundation of countries such as China, Japan, and South Korea in the fields of laser technology and optical systems have formed a strong driving force for upstream materials.

We will continue to focus on technological breakthroughs and industrialization of large-size optoelectronic crystal materials, "said the YNGD representative." At the same time, we also look forward to working with more international partners to jointly promote the progress and application expansion of optoelectronic material technologyEditor/Yang Meiling