From October 6 to 8, 2026, the Meteorological Technology World Expo 2026 was held at the RAI Convention and Exhibition Center in Amsterdam, the Netherlands. As a major industry event in the global meteorological and environmental monitoring field, this year's expo brought together meteorological agencies, research institutes, and industry enterprises from around the world, showcasing cutting-edge technologies and innovative achievements in meteorological observation, environmental monitoring, intelligent sensing, and other fields.

Movelaser, together with its subsidiary New Ring Photonics, appeared at this year's expo. Centering on wind field detection, three-dimensional atmospheric environment observation, and greenhouse gas monitoring, the company presented its independently developed core products and industry application solutions, and joined global industry partners in discussing the development trends and application prospects of meteorological detection technology.

Innovative Products Unveiled
Showcasing Diversified Meteorological Detection Solutions

At this expo, Movelaser and New Ring Photonics highlighted representative products including the Molas 3D three-dimensional scanning wind lidar, the Molas B300 ground-based wind lidar, and the GD302 high-precision greenhouse gas analyzer, which attracted professional visitors from various countries and regions to stop and exchange ideas.

In the field of wind field detection, the Molas 3D three-dimensional scanning wind lidar independently developed by Movelaser can obtain spatial distribution information of atmospheric wind fields through flexible scanning observations, and can be widely used in meteorological monitoring, low-altitude meteorological support, civil aviation safety, wind resource assessment, and other fields. The Molas B300 ground-based wind lidar features non-contact measurement, flexible deployment, and convenient operation and maintenance, and can provide reliable wind speed and direction data support for wind resource assessment, wind farm operation, and meteorological observation.

In the field of atmospheric composition monitoring, the GD302 high-precision greenhouse gas analyzer independently developed by New Ring Photonics adopts cavity ring-down spectroscopy (CRDS) technology to achieve high-precision continuous monitoring of greenhouse gases such as carbon dioxide and methane, providing technical support for greenhouse gas background monitoring, carbon monitoring network construction, and related scientific research. In addition, New Ring Photonics also introduced atmospheric three-dimensional observation products such as ozone lidar, aerosol lidar, and Raman temperature and humidity lidar to expo visitors, demonstrating the company's multi-element, three-dimensional, and comprehensive detection capabilities for meteorological and ecological environment monitoring.

During the expo, the participating team held in-depth exchanges with professionals from meteorological operational departments, research institutions, and industry enterprises on product performance, technical applications, and operational needs, creating more opportunities for subsequent technical cooperation and international market expansion.

Deepening Technical Exchange
Sharing Atmospheric Observation Research Results

During this expo, the WMO Technical Conference on Meteorological and Environmental Instruments and Methods of Observation (TECO-2026) was held concurrently. With the theme of "Development of Earth System Measurements and Technologies," the conference conducted academic and technical exchanges on topics such as new observation technologies, instrument performance evaluation, observation quality, and operational applications.

During the conference exchange session, the company's technical team delivered a technical report on the performance evaluation and long-term observation application of a compact air-cooled ozone differential absorption lidar, and presented related results through research posters, sharing research and application progress in ozone vertical profile observation technology with international peers.

Through the combination of product displays at the expo and exchanges at the technical conference, Movelaser and New Ring Photonics further strengthened exchanges with the international meteorological observation community, and provided new ideas for promoting continuous innovation and practical application of advanced laser detection technology.

Joining Hands with International Partners
Continuously Advancing Technological Innovation and Market Development

This trip to the Netherlands was not only a concentrated display of products and technologies, but also an important opportunity to gain an in-depth understanding of international meteorological observation development trends and expand industry exchanges and cooperation. From wind field detection to atmospheric composition monitoring, from single equipment to multi-element comprehensive observation, Movelaser and New Ring Photonics have always adhered to technological innovation as the driving force and actual operational needs as the orientation, continuously improving the product system and enhancing technical performance and application service capabilities.

In the future, Movelaser and New Ring Photonics will continue to deepen their work in the fields of meteorology and ecological environment monitoring, actively carry out international technical exchanges and cooperation, and continuously promote laser detection technology innovation and product application expansion, providing more advanced and reliable technical equipment and solutions for global meteorological observation and environmental monitoring.