Fully automatic well ring brick machine leads the way in urban inspection wells

Fully automatic well ring brick machine leads the way in urban inspection wells

The core competitiveness of the manhole ring machine lies in its unique collaborative working system of "high-frequency directional vibration" and "adjustable hydraulic pressure." Within a sealed mold, dry-hard concrete mix flows and aligns fully under high-frequency micro-vibration exceeding 4500 Hz, while simultaneously withstanding vertical static pressure up to 2.8 MPa. This "dual force field" action drastically compresses the voids between concrete particles, causing water to rise and form a dense slurry surface, thus instantly molding ultra-high density components. This significantly extends the service life of inspection wells and reduces subsequent maintenance costs.

A single machine can stably produce 260 to 320 standard manhole rings per shift (8 hours), dozens of times more efficient than traditional methods, requiring only 1-2 people for monitoring.

Besides high efficiency and intelligence, the manhole ring machine also deeply aligns with the concept of green manufacturing. Its strong process compatibility allows for the large-scale incorporation of industrial solid waste such as stone powder and slag into the concrete mix, achieving resource recycling. Meanwhile, the factory-based centralized prefabrication and on-site rapid assembly model fundamentally eliminates mud, dust, and noise pollution at construction sites, significantly reducing construction waste.

Standardized prefabricated well rings and well shafts produced by well ring machines are widely used in various underground utility tunnel projects, including urban drainage, power and telecommunications, and gas and heat supply. With the continuous advancement of my country's new urbanization construction and the deepening of the "urban renewal" initiative, the demand for high-quality, high-efficiency, and low-environmental-impact construction methods is becoming increasingly urgent.