SegmentImages

Geotechnical company

Geotechnical engineering companies investigate, assess, and plan the management of soil, rock, and groundwater as the basis for buildings, infrastructure, and specialist foundation engineering. This segment is strongly influenced by requirements for structural stability, geotechnical site evaluation, and risk-minimized project implementation. At the same time, digital geotechnical models, BIM and digital twin approaches, environmental geotechnical engineering, and the management of natural hazards and complex subsurface conditions are gaining increasing importance. The pressure to plan construction projects more efficiently, robustly, and sustainably is also increasingly shaping the landscape. Companies in this field must combine geoscientific expertise, technical planning, and reliable data. This ensures that the segment remains central to safe construction processes, resilient infrastructure, and the economically viable use of challenging sites.

Application Search

Please search the application by their name or their segment name or product code.

Filter by Product Group
ORA 1SA
ORA 1SA

A refractometer allows for the quick and precise determination of the salinity in groundwater and irrigation water. This enables the early detection of critical pollution, the prevention of agricultural damage, and the targeted implementation of measures for sustainable water management.

FKB 36K0.2
FKB 36K0.2

A handy scale is used to precisely weigh a defined mass of soil for geotechnical analysis. This allows for reliable preparation of soil samples and supports meaningful test results.

FKB 6K0.02
FKB 6K0.02

To determine the particle size distribution of a soil sample, the individual sieve residues are weighed after the sieving process. The determined mass fractions per mesh size form the basis for creating the grading curve. This method allows for a reliable assessment of soil properties with minimal equipment requirements.

PNS 600-3
PNS 600-3

To determine the water content, a soil sample is taken in the field, sealed airtight, and weighed in the laboratory as fresh mass. After subsequent drying until a constant weight is achieved, the sample is weighed again. The difference between the wet and dry mass yields the moisture content – a key parameter for assessing soil mechanical properties.

Back