High torque helps a TBM tunnel chew through cobbles by powering the cutterhead to break stones, prevent jams, and maintain steady excavation progress.

Micro tunneling torque control prevents no-rotation stalls by maintaining cutterhead rotation, ensuring tunnel face stability and reducing costly project delays.

Low torque makes the TBM machine polish the face, resulting in smoother surfaces, reduced cutterhead wear, and improved tunnel efficiency.

Torque trends can predict cutter loss in a TBM tunnel by revealing early signs of wear, enabling timely repairs and minimizing machine downtime.

Keep torque stable to protect bearings on the TBM machine, reducing wear, preventing damage, and ensuring efficient tunnel boring operations.

Micro tunneling torque tuning cuts clay adhesion events by adjusting cutterhead power, reducing clogging, and boosting efficiency in clay-rich soils.