Soil mechanics testing is a fundamental element of geotechnical engineering. It involves the study and understanding of the physical properties and behavior of soils, especially in planning foundations for structures and highways.

How the soil of a given site will support the weight of structures or respond to movement in the course of construction depends on a number of properties (compressibility, elasticity, and permeability). Soil testing not only allows geotechnical engineers to obtain information on a soil’s physical properties but also allows them to understand the level of stress applied.

By extracting and testing representative samples, an engineer can create a model very close to the real situation. Example applications are the building of large infrastructures, bridge foundations, retaining
walls, dams, and buried pipeline systems.

Future-proof your lab

We design each of our machines to be completely modular, giving you maximum flexibility in how to set-up your laboratory. Start with an entry-level system fitted with manual or electronic data acquisition and gradually progress to a more advanced and fully automatic PC-controlled system.

Discover our electromechanical
range of products

By incorporating testing automation and Electromechanical Servoactuation technology (EmS) in all our products, your laboratory will benefit from equipment that is efficient at producing accurate and repeatable results time after time, enhancing your lab’s reputation.

  • Environmentally-friendly
  • Silent and clean operation with no bulky HPS or associated noise
  • No compressed air or hydraulic power supply
  • Easy maintenance only requiring machine
  • Lubrication cycles every 500 hours
  • Unparalleled value