Shenbo Blue showcased multiple detection devices at the China International Emergency Management Exhibition, with its life detection instrument series roadshow being a highlight.

On November 13, 2024, as a key measure of the "Belt and Road" Initiative for international cooperation on natural disaster prevention and emergency management, the 2024 China International Emergency Management Exhibition grandly opened at the Beijing National Convention Center. Themed "Technological Advancement for Safety and Smart Emergency Response," the exhibition attracted over 150 domestic and international companies, showcasing technological equipment and application scenarios in the fields of emergency management informationization, fire rescue, disaster prevention and mitigation, safety production, and accident rescue. Beijing Shengbolan Automation Technology Co., Ltd., an industry leader, showcased multiple detection devices at the exhibition and presented a captivating roadshow titled "Light of Life—Life Detectors in Rescue Equipment Series," becoming a major highlight of the exhibition.

Since its establishment in 2011, Beijing Shengbolan Automation Technology Co., Ltd. has focused on the research and development, production, and import and export trade of rescue equipment. Its products and services cover multiple fields, including mine safety, fire rescue, municipal security, and military and police counter-terrorism. At this exhibition, Shengbolan showcased several advanced detection devices, including audio-video life detectors, radar life detectors, displacement monitors, aftershock monitors, and wireless composite gas detectors. These devices are highly practical in disaster relief scenarios.

At the exhibition, Shengbolan's booth attracted numerous visitors. During the life detector series roadshow, Shengbolan's technicians detailed the working principles and application scenarios of the audio-video and radar life detectors. The audio-video life detector is equipped with various cameras, capable of detecting images in complex environments and locations, enabling two-way voice communication to provide technical assistance to rescuers. The radar life detector utilizes radar technology to quickly locate trapped personnel in rubble, providing crucial information for rescue operations.

In addition, Shengbolan also showcased displacement monitors and aftershock monitors. These two devices can monitor the displacement of buildings or ground surfaces in real-time, issuing timely warning signals to provide strong support for disaster prevention and emergency rescue. The wireless composite gas detector can detect various toxic and harmful gases, providing important safeguards for fire rescue and safety production.

During the roadshow, Shengbolan's technicians also conducted on-site demonstrations, showcasing the practical application effects of life detectors and other equipment through hands-on operations. Attendees expressed that these devices are not only powerful but also easy to operate, making them highly suitable for use in disaster relief scenarios.

The person in charge of Beijing Shengbolan Automation Technology Co., Ltd. stated that the purpose of participating in this exhibition was to showcase the company's latest research and development achievements in rescue equipment, and to exchange and cooperate with domestic and international counterparts. In the future, Shengbolan will continue to adhere to technological innovation, developing more equipment with practical rescue value to contribute to improving emergency rescue capabilities.

The successful holding of the China International Emergency Management Exhibition not only promoted the application and promotion of advanced technological equipment but also strengthened exchanges and cooperation in the domestic and international emergency management fields. Beijing Shengbolan Automation Technology Co., Ltd., as one of the exhibiting companies, showcased its technological strength and innovation capabilities through this exhibition, injecting new vitality into the industry's continued development.