Enviko Shines at the 26th CHINA EXPRESSWAY INFORMATIZATION CONFERENCE AND TECHNOLOGY & PRODUCTS Expo

 

Enviko Quartz Sensors

From March 28 to 29, 2024, the 26th CHINA EXPRESSWAY INFORMATIZATION CONFERENCE AND TECHNOLOGY & PRODUCTS Expo was held in Hefei, and Enviko Sensor Technology Co., Ltd. participated fully. As a leading provider of WIM sensor technology solutions, Enviko showcased its innovative achievements and technical strengths in the field of Intelligent Transportation Systems (ITS). 

Enviko engaged in in-depth exchanges with industry peers, sharing practical experiences in Weigh-in-Motion system, management, and other areas. At the conference, Enviko highlighted dynamic weighing-related products, smart transportation management solutions, and other products that effectively improve highway traffic efficiency and safety. In particular, Enviko's self-developed dynamic weighing quartz sensor received unanimous praise from attendees for its high accuracy, high stability, and other advantages.

Enviko Quartz Sensors

The conference was a resounding success, significantly enhancing Enviko's brand recognition and influence within the industry and laying a solid foundation for the company to expand into the smart transportation market. In the future, Enviko will continue to innovate and contribute higher-quality products and solutions to support the construction of Intelligent Transportation Systems (ITS).

 

Enviko Quartz Sensors

Enviko Technology Co.,Ltd

E-mail: info@enviko-tech.com

https://www.envikotech.com

Chengdu Office: No. 2004, Unit 1, Building 2, No. 158, Tianfu 4th Street, Hi-tech Zone, Chengdu

Hong Kong Office: 8F, Cheung Wang Building, 251 San Wui Street, Hong Kong

Factory: Building 36, Jinjialin Industrial Zone, Mianyang City, Sichuan Province

Comments

Popular posts from this blog

Improved Installation Scheme for Piezoelectric Quartz Weighing Sensors on Asphalt Pavement

Enviko CET8312 Piezoelectric Quartz Dynamic Weighing Sensor

Enviko CET8312-A Quartz Sensor for Weigh-In-Motion (WIM)