From May 13th to 15th, the 3rd Yangtze River Delta International Emergency Disaster Reduction and Rescue Expo was held at the National Exhibition and Convention Center, with Guoke Hanhai Laser Technology (Beijing) Co., Ltd. invited to participate. Themed "Advancing High-Level Safety to Escort High-Quality Development," the Expo was jointly organized by the Emergency Management Departments (Bureaus) of Shanghai, Jiangsu, Zhejiang, and Anhui, as well as the Shanghai International Trade Promotion Commission, and received guidance and support from the Yangtze River Delta Regional Cooperation Office.

At this Expo, Guoke Hanhai showcased its emergency rescue robots and fixed reflective laser gas telemetry meters, fully leveraging the technical advantages of precise detection, anti-interference, and calibration-free capabilities of its front-end equipment. By empowering "big safety and big emergency" with perception and fostering intelligent emergency response through technology, Guoke Hanhai contributed to the Expo's objectives.

As the star product in the hazardous chemicals emergency rescue theme exhibition area, the emergency rescue robot garnered significant attention. Equipped with 1000-meter remote wireless communication capabilities, a Q235 metal skeleton crawler structure, and explosion-proof design, this robot boasts a telemetry gimbal capable of conducting radar-like 270° rotational scanning within a range of 100-150 meters. It remotely measures flammable gases such as methane, ethylene, acetylene, and ammonia, and conducts spot measurements for toxic and harmful gases including carbon monoxide, nitrogen dioxide, hydrogen sulfide, and sulfur dioxide, thereby ensuring safety at the rescue site. Simultaneously, the robot conducts real-time on-site monitoring of carbon dioxide, oxygen, dust, noise, and more, fully meeting the monitoring and screening requirements for flammable, toxic, and harmful gases during emergency response operations. By leveraging the technological advantages of precision detection, anti-interference, and calibration-free capabilities of its front-end equipment, the robot excels in its field.