Mintrix Excavator
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Introducing the cutting-edge remote-controlled Slurry Balance Pipe-Jacking Machine, representing the pinnacle of non-digging technology. This equipment seamlessly integrates advanced machinery units, a sophisticated hydraulic system, state-of-the-art electric controllers (PLC), precision laser systems, and accurate measuring devices. It ensures minimal disruption to surface traffic while significantly reducing construction costs and promoting environmental sustainability.
| Category | Parameters | DGR2000-QNP |
|---|---|---|
| Main Body Dimensions | Inner Diameter (mm) | 2,000 |
| Outer Diameter (mm) | 2,470 | |
| Cutter Head Diameter (mm) | 2,520 | |
| Total Length (mm) | 6,000 | |
| Cutterhead Motor | Motor Power (kW) | 55*5 |
| Cutterhead Torque (kN·m) | 525 | |
| Rotating Speed (r/min) | 0-6 | |
| Rectification | Thrust Force (kN) | 980 |
| Jacking Speed | Speed (mm/min) | 0~80 |
This esteemed high-tech enterprise is at the forefront of innovation, specializing in the cutting-edge manufacture of trenchless pipe jacking systems, shield, and TBM full-face tunneling system equipment. Since 2009, the organization has been devoted to making waves across global markets, providing remarkable solutions to major underground engineering contractors across Asia and beyond.
Our commitment to advancing tunneling technology has resulted in a comprehensive lineup of boring machines, each incorporating acclaimed national patents. From compact Φ250mm models to impressive Φ4000mm systems, our expertise caters to construction needs in diverse geological conditions including soil, sand, pebble, and gravel.
Main Features: Expertly designed for seamless trenchless underground pipe laying, ensuring maximum efficiency and safety for diameters ranging from 500mm to 5000mm.
Pre-sale: Benefit from professional inquiry support, sample testing, and insightful factory visits.
After-sales: Highly trained technicians are available for site visits, equipment operation, and operator training during the initial project phases.
