We are the technology leader in special civil engineering and a competent partner in all phases of the construction project. To illustrate our services, you will find important information here on our diverse procedures in all service areas of foundation engineering.   

For selected procedures, our explanatory videos are available in a short and a long version. You can currently find an explanatory video for the atlas pile, soil mixing method, jet grouting, Frankipile NG®, micro pile, diaphragm walls, grouted anchors and soft gel injections.

Safe and economical on any subsoil: this is how special civil engineering works.

• Consulting, planning and construction from a single source.
• Individual optimal solutions.
• Safe and economical.

Full displacement drilled piles with a high load bearing capacity. Low-noise and vibration-free production.

Benefits.

• Lower transport & disposal costs: full soil displacement
• High acceptance: low-noise & vibration-free
• Low carbon footprint: less concrete

Minimally invasive procedure for temporary sealing and soil consolidation.

Benefits:

• Environmentally friendly: soil freezing with brine in a closed system
• High acceptance: minimally invasive and vibration-free method
• Cost-effective: no lowering of the groundwater necessary

Safe protection for any terrain.

Benefits:

• Cost-effective: areas can be quickly secured against debris & landslides
• Flexible use: adapts to any terrain shape
• Secure: fire protection guaranteed

Environmentally friendly and cost-effective construction pit systems.

Benefits.

• Low carbon footprint: less cement
• Cost-effective: use of existing soil
• Lower transport & disposal costs: minimal extraction of soil

Wirtschaftliches Tiefgründungselement für jeden Baugrund und jede Baustellensituation.

Vorteile:

• Wirtschaftlich: durch geringen Materialverbrauch
• Sicher: durch hohen Lastabtrag
• Flexibel: Herstellung auch bei beengten Platzverhältnissen

Low-deformation and watertight securing of deep excavations.

Benefits:

• Secure: low-deformation and durable shoring applicable in all subsoil conditions
• Cost-saving: as a permanent structure, no separate outer wall necessary
• High acceptance: low noise & vibration free

Permanent or temporary sealing with static function as a low-cost shoring solution.

Benefits:

• High acceptance: low noise & vibration free
• Secure: low deformation and waterproof
• Cost-effective: slim walls increase the usable space

High-performance displacement pile with short manufacturing time as a cost-effective pre-drilled pile.

Benefits:

• Cost-effective: short construction time
• Lower transport & disposal costs: full soil displacement
• Flexible: execution even in confined spaces

Secure sealing of construction pits and stabilising the soil.

Benefits:

• Versatile: can be used for a wide range of construction tasks
• Secure: thanks to individual adaptation to the subsoil
• Flexible: can also be produced in confined spaces

A narrow driven pile for high loads, optimally adapted to the subsoil.

Benefits:

• Cost-effective: thanks to smaller pile diameters and shorter piles
• Lower transport & disposal costs: full soil displacement
• Low carbon footprint: less concrete

The slender full displacement bored pile with low-noise and vibration-free production.

Benefits:

• Secure: due to high load transfer
• Lower transport & disposal costs: full soil displacement
• High acceptance: low noise & vibration free

Injektionen werden für Verfestigungen und Abdichtungen des Baugrunds oder Bauwerken eingesetzt.

Vorteile:

• Vielseitig: bei verschiedensten Bauaufgaben einsetzbar
• Sicher: durch individuelle Anpassung an den Baugrund
• Flexibel: Herstellung auch bei beengten Platzverhältnissen möglich

Repair and restoration of the stability of buildings and structures.

Benefits:

• On schedule: flexible adaptation to ground conditions thanks to agile planning
• Economical: special civil engineering and masonry restoration from a single source
• Qualitative: thanks to high standards and our own certified specialists

The stable pile for high loads from our own production.

Benefits:

• Secure: adaptation to a wide range of subsoil conditions
• Flexible: production even in confined spaces
• Sustainable: environmentally friendly production in our own factory

Improves the load-bearing capacity of the subsoil.

Benefits:

• Lower transport & disposal costs: full soil displacement
• Low carbon footprint: no use of cement
• Cost-effective: due to high daily output

Technically watertight and robust solution for deep construction pits.

Benefits:

• Cost-saving: no separate outer wall necessary when used as a permanent structure
• Secure: deformation-resistant and waterproof
• Environmentally friendly: reusable bentonite suspension

Cost-effective in-situ concrete driven pile for foundations with a large number of piles.

Benefits:

• Cost-effective: short construction time
• Lower transport & disposal costs: full soil displacement
• Low carbon footprint: less concrete

Securing of excavation pits and terrain slopes with sealing function.

Benefits:

• Lower transport & disposal costs: no soil extraction
• Environmentally friendly: profiles are reusable
• Flexible: execution independent of weather conditions

The economical and quickly producible pile for small quantities.

Benefits:

• Cost-effective: short construction time
• Lower transport & disposal costs: full soil displacement
• Flexible: execution even in confined spaces

The most cost-effective variant for vertical excavation shoring.

Benefits:

• Flexible: individually adaptable to local conditions
• Secure: production possible close to existing buildings
• Environmentally friendly: reusable shoring soldiers

The safe solution from our own production for excavations as well as terrain jumps.

Benefits:

• Flexible and cost-effective: adaptation to a wide range of subsoil conditions
• Secure: due to high anchor loads
• Sustainable: environmentally friendly production in our own factory

Environmentally friendly and economical sealing against rising groundwater.

Benefits:

• Low carbon footprint: minimal use of cement
• Environmentally friendly: groundwater-compatible ingredients
• Lower transport & disposal costs: no reflux suspension