Meitong Cyclone High-Speed Sweeper - The perfect blend of "Speed and Cleanliness"!

    Meitong Road Construction Machinery's cyclone high-speed sweeper redefines the new standard of efficient maintenance with technological innovation! The operation speed easily exceeds 63km/h. Dynamic cleaning and efficient passage are carried out simultaneously. With an outstanding cleanliness rate of over 95%, it can sweep away stubborn garbage such as fine sand, crushed stones, plastic bottles, leaves, and scattered wood, as well as various foreign objects in complex road conditions, instantly restoring the original color of the road surface. With professional strength, it safeguards road cleanliness and driving safety Inject strong impetus into the construction of smart transportation! Returning fully loaded, maximizing space utilization, "not wasting a single bit of space"!

The core highlights of the Meitong high-speed sweeper are remarkable

1. Safe and efficient

Adopting the new technology of Meitong, energy consumption is reduced by 50%. When operating at high speed, it effectively avoids the safety hazards of traditional cleaning and ensures smooth traffic flow.

2. Intelligent and convenient

Intelligent real-time scheduling boosts job efficiency by 80%. One-click control of the entire situation saves both time and effort.

3. Deep cleaning

Meitong's unique technology ensures that the effect of a single operation is comparable to that of traditional three operations, leaving no place for garbage to hide on highways.

    Meitong high sweeper trucks, with cyclone technology at their core, have witnessed a revolutionary breakthrough in asphalt road maintenance from the Yushen Expressway in Shaanxi Province to the Guangkun Expressway in Nanning. From its domestic debut to successfully entering the Belarusian market, this device has expanded into the international market with innovative technology, enabling the strength of "Meitong Manufacturing" to steadily advance on a broader stage. The Meitong brand is winning market recognition with solid steps.