The three-day 27th China International Optoelectronic Exposition (CIOE 2026) concluded successfully at the Shenzhen International Convention and Exhibition Center (Bao'an). Zolix showcased at booth 4B045, presenting a range of self-developed products and complete system solutions across core sectors such as analytical instruments, spectral imaging, and precision machinery. The company engaged in in-depth technical exchanges with research institutes, industrial enterprises, and industry peers, garnering significant on-site attention.

Multi-Scenario Solutions: Featured Exhibits Make a Concentrated Appearance

Analytical Instruments: Creating High-Performance Tools for Substance Analysis Across Multiple Fields

This exhibition highlighted several self-developed analytical instruments covering scenarios such as material characterization, biological analysis, environmental testing, and semiconductor research, addressing both conventional testing and cutting-edge research needs.

Featured exhibits include core analytical equipment such as Raman spectrometers, solar simulators, and optoelectronic testing systems. The Raman spectrometer offers high signal-to-noise ratio and rapid acquisition capabilities, enabling quick qualitative identification of substances and supporting the testing of various sample types including solids, liquids, and powders. The solar simulator strictly matches standard spectra for performance testing of photovoltaic devices and photocatalytic materials.

Spectral Imaging: Capturing Weak Light Signals, Empowering Cutting-Edge Detection and Observation

The spectral imaging section showcased imaging solutions such as grating spectrometers and image intensifier cameras, combining spectral resolution with spatial imaging capabilities to achieve "spectrum-image integration" detection. Tailored to different users, both standardized complete systems and modular selection options are available, facilitating integration into existing experimental platforms and attracting many visitors to observe equipment demonstrations.

Precision Machinery: Supporting Optical Experiments and Equipment Integration

Precision machinery forms the foundation for the stable operation of optical systems. This booth fully presented a complete product matrix for optomechanical motion control, including motorized lifting stages, multi-dimensional motorized displacement stages, piezoelectric displacement stages, optical adjustment mounts, and damped/air-floated vibration isolation optical platforms.

Various motorized displacement stages offer high positioning accuracy and excellent repeatability, enabling multi-axis linkage (simultaneous movement) and widely used in spectral scanning, sample scanning, and the construction of automated experimental systems. Piezoelectric motion components provide nanoscale micro-displacement, meeting the needs of microscopic scanning and precision focusing. Vibration isolation platforms effectively isolate ground vibration interference, ensuring data stability for weak spectral and interference experiments. Various optical adjustment mounts and mirror mounts offer stable structures, suitable for laboratory optical path construction and industrial equipment integration.

On-Site Exchanges: Deep Industry-Academia-Research Collaboration

During the exhibition, university professors, researchers, and corporate R&D and procurement representatives visited in a steady stream. Technical engineers conducted one-on-one communications on issues such as analytical instrument selection, spectral imaging solution matching, and precision machinery parameter matching, providing tailored recommendations based on users' actual experimental conditions.

At this Shenzhen Optoelectronics Expo, Zolix's innovative achievements also garnered significant attention from authoritative industry media. Reporters from multiple media outlets, including Ofweek Laser, Instrument Information Network, and Toutiao, visited the booth to conduct on-site interviews regarding the company's product R&D, technological breakthroughs, and future development plans, conveying Zolix's innovative concepts and product advantages to a broader industry audience through professional reporting.

Meanwhile, to enhance the experience and engagement of exhibition attendees, Zolix carefully planned (meticulously planned) a special check-in gift activity at the booth. The fun-filled interactive sessions and generous customized gifts allowed every visitor to connect with the brand in a relaxed and enjoyable atmosphere.

The Exhibition Concludes, But Innovation Continues

We thank our valued customers and industry partners for visiting booth 4B045 for exchanges and discussions. Zolix will continue to deepen its business sectors, continuously improve product performance, and provide standardized products + customized system integration services, offering reliable domestic equipment for the domestic scientific research and industrial optoelectronics fields. We look forward to reuniting at the next industry event!

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● The 2nd Quantum Technology Frontier Summit

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● The 11th National Academic Conference on the Luminescent Properties of Doped Nanomaterials

October 16-18, Zhengzhou

● The 18th China Academic Symposium on Diamond-Related Materials and Applications

October 23-25, Dalian

About Zolix

Since its inception in 1999, Beijing Zolix Instruments Co., Ltd. has been deeply involved in the optoelectronics field. As a national-level high-tech enterprise and a national "Little Giant" enterprise specializing in innovation, it has been certified as a Beijing Enterprise Technology Center. The company has formed a complementary development model of "core optoelectronic modules - analytical-grade optoelectronic instruments - system solutions": core optoelectronic modules serve as the foundation, analytical-grade optoelectronic instruments are developed based on them by incorporating advanced technologies and, in turn, feed back into the core modules, while system solutions provide comprehensive packages tailored to high-end research application scenarios, feeding back optoelectronic frontier technologies and jointly driving technological iteration.

The company's core technologies cover spectral optimization, Raman analysis, and precision control. It has won the second prize of the National Technological Invention Award, established a postdoctoral workstation to attract talent, and built a "pre-research - breakthrough - iteration" R&D system. Its interdisciplinary team continuously transforms technological achievements. The three core products (spectral measurement systems, hyperspectral technology, and precision optomechanical systems) have been widely used in fields such as university research, criminal investigation, and laser manufacturing. With "reliability, ease of use, refinement, and originality" as the core product philosophy and a service network that efficiently responds to needs, the company is committed to becoming a "leader in optoelectronic technology and a manufacturer of world-class brands."