Microtunneling Machine Specifications | Precision & Power

The microtunneling machine's advanced guidance system is one of its standout features, offering unparalleled precision in tunnel alignment. Using laser technology and computerized feedback loops, the system continuously monitors the position and trajectory of the cutting head, making real-time adjustments as necessary. This high degree of accuracy is crucial in navigating around existing utilities and other subterranean obstacles, ensuring that the project is completed efficiently and with minimal risk of costly errors. The importance of this feature cannot be overstated, as it directly translates to time and cost savings for customers, as well as enhanced safety for the workforce and the public.

The robust cutting head is engineered to tackle a wide range of soil and rock conditions, making the microtunneling machine suitable for diverse environments. Its modular design allows for quick changes of cutting tools, optimizing performance for different ground conditions without the need for machine downtime. This adaptability means that the machine can maintain consistent progress rates regardless of the soil type, from soft clays to hard granites. The cutting head's durability ensures long service life and reduces maintenance costs. For customers, this translates to a reliable and efficient tunnelling solution that can handle any challenge the underground environment presents.

The microtunneling machine's remote operation capabilities represent a significant advancement in tunnelling technology, improving both safety and efficiency. Operators can control the machine from a distance, removing them from the immediate vicinity of the cutting head and other hazardous areas. This feature not only enhances operator safety but also allows for continuous monitoring and adjustment of the machine's settings without the need for personnel to enter the tunnel. Remote operation also means that the machine can be easily supervised during operations, allowing for quick responses to any changes in ground conditions or unexpected obstacles. This capability increases productivity, reduces the risk of accidents, and ultimately leads to a more cost-effective project.