With variable-width undercarriage

Thanks to the extension system and sliding profile integrated into the frame, the telescopic configuration ensures rigidity and precision during operation. Designed to withstand continuous stress, they maintain a wide and stable track width during operation while remaining compact when retracted.

We support our clients with precise technical consultancy, assessing machine usage in order to identify the most suitable undercarriage design specifications for its intended function.

They are ideal for drilling applications, such as augers, cutters or foundation drilling rigs. These solutions offer maximum extension during operation and compact dimensions during transport, with guaranteed structural stability.

The removable side frames reduce the machine’s overall width, simplifying logistics through a separable structure that does not compromise undercarriage performance.

We offer a targeted design service, capable of delivering solutions tailored to the specific application and logistical constraints.

They are ideal for drilling machines that require not only operational stability but also reduced dimensions to facilitate transportation.

Undercarriages with opposed extensions are designed with the sliding guides in the main bodies. They provide a more robust structure thanks to the H-shaped symmetry, which improves load distribution, while the reduced extension stroke makes them ideal where extensive widening is not required.

We offer technical consultancy to analyse the machine’s application and define the most effective design characteristics.

They are suitable for machines that perform constant and repetitive operations, such as those used in the demolition sector.

The removable side frames simplify machine transport by reducing the overall dimensions, while maintaining the structural strength of the undercarriage.

We design bespoke solutions tailored to specific application requirements and capable of effectively addressing dimensional and logistical constraints.

Designed for heavy demolition work, these undercarriages ensure strength and operational precision. They allow compliance with transport regulations without sacrificing structural solidity.

The parallel, symmetrical extensions are welded to the main bodies on separate, adjacent axes. This configuration results in a longer frame that significantly reduces play, enhancing precision and structural rigidity under variable and dynamic loads.

We develop structures engineered to integrate precisely with the machine frame and configurable on request to meet specific logistical requirements or site regulations.

These are particularly well suited to machines such as compact tracked cranes, aerial platforms and drilling rigs. They ensure operational accuracy and stability even during vibration-intensive operations.