Working in tunnels means dealing with limited space, low visibility, critical operational issues and constraints not found in any other type of worksite. That is why tunnel machines require dedicated configurations capable of ensuring manoeuvrability, control and safety even in the most complex contexts.
Rami Custom offers its expertise in prototype design and production specifically for this sector, in order to deal with intense work, localised interventions and operations on walls, vaults and uneven surfaces.
Rami Custom manufactures tunnel machines equipped with dedicated tools, such as rippers, cutters and hydrodemolition systems designed to operate in spaces where the internal geometries of tunnels and the materials to be processed require targeted configurations. Working in tunnels, in fact, requires movement along constrained trajectories and attachment points that are often difficult to reach: that is why our solutions are designed to ensure more precise motion control and better management of the forces applied to surfaces.
Our experience ranges from the simplest two-piece booms to swing booms, and telescopic and rotating versions. This variety means the machine can be adapted both to localised work, such removing materials in specific places, and to more extensive work along walls and vaults. The different configurations can also tackle varying working heights, larger operating radii or close work on uneven surfaces, while always maintaining a good balance between stability, visibility and manoeuvrability.
With this range of solutions, Rami Custom tunnel machines can tackle work ranging from controlled crushing to cleaning or profiling, and preparing surfaces for later stages of work. In fact, our projects are based on an in-depth analysis of the worksite conditions (slopes, working heights, internal profile of the tunnel and ground characteristics), with the aim of reducing work times and improving overall safety, while keeping the machine in the optimal trim throughout the work cycle.
Each configuration is selected to meet the specific needs of the worksite to improve operating precision and simplify working in a complex underground environment.
