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Pile cropping is an elementary work step in the construction industry, especially in special civil engineering. It involves removing the uppermost part of a cast-in-place concrete bored pile in order to connect it to other construction elements, such as foundations or load-bearing structures.

Efficient and sustainable pile head procsessing The Brextor® pile head cutter offers an innovative solution for processing concrete piles – both individual piles and various pile walls. This method is characterized by higher speed, precision and environmental friendliness compared to conventional methods.

The pile cutter is a state-of-the-art machine for the efficient and precise processing of bored piles and pile walls. Whether for capping, chiseling or pile erection, the pile cutter makes pile head machining an effortless and time-saving task.

These different types of bored pile wall exist A bored pile wall comes in three forms: Secant pile wall, contiguous pile wall and tangent pile wall. Pile walls are used in special civil engineering and enable loads to be transferred safely into the ground and to secure earth masses.

Professional pile breaking is an important step in the construction industry, especially for the foundations of buildings. It must be ensured that the piles provide a level and load-bearing surface, which is essential for the subsequent construction. Depending on the structure, the piles must be able to absorb either compressive or tensile forces, or even both.

The contiguous pile wall is a special form of retaining wall construction in which the bored piles are inserted at certain distances from each other. A contiguous pile wall consists of individual piles set at regular intervals, between which the earth shoring is often provided with shotcrete.

A tangent pile wall is a special construction method used in civil engineering to build retaining walls, excavations and foundations. The construction consists of a series of bored piles that are driven into the ground so close together that they touch at the edges but do not overlap.

An secant pile wall is often used for retaining walls, excavations or foundations. It consists of a series of bored piles that are driven into the ground close together so that their diameters overlap. The overlap results in a continuous wall that is both stable and watertight.

In the world of construction, drilling methods play a decisive role in the construction of stable foundations. There are different manufacturing methods. In the drilling process, deep, vertical holes are drilled into the ground using drilling equipment and filled with steel cages and concrete.

Recepieux is a chemical solution for the treatment of concrete piles. After the reinforcing bars have been clad and a special plastic cylinder has been fixed in the pile, the pile is constructed. After the pile has hardened, a chemical agent is used to provoke a crack in the pile.

The Pile Breaker is a mechanical solution for breaking concrete piles. It works by pressing a horizontal crack into the pile body through horizontally arranged cylinder heads in order to break the concrete and then remove the pile head.

The Pile Cropper is a mechanical solution for breaking concrete piles. It works by pressing a horizontal crack into the pile body through horizontally arranged cylinder heads in order to break the concrete and then remove the pile head.

The manual processing of pile heads with pneumatic hammers poses considerable health risks. It is therefore important to pay particular attention to this issue in order to ensure the safety and health of workers.

A bored pile wall comes in three forms: Secant pile wall, contiguous pile wall and tangent pile wall. Bored Pile walls are used in special civil engineering and enable loads to be transferred safely into the ground and to secure earth masses.

Stable foundations are essential for successful and sustainable buildings. However, not every building site is strong enough for heavy structures. The solution is pile foundations, also known as deep foundations, a proven method for creating secure foundations even on difficult ground.