ARAMIS Adjustable

Whether e-mobility, lightweight construction or classic vehicle development disciplines: With the 3D measurement data from ARAMIS, OEMs and service providers can reliably meet the high requirements for safety, function and service life.

In the aerospace sector, ARAMIS has established itself as an indispensable measuring system for characterizing all materials, for prototype testing and for assessing the stability of components and structural parts.

ARAMIS offers exactly the competitive advantage that companies need in such a fast-moving industry: greater efficiency in product development, combined with fundamental expert knowledge of materials and parts.

Optical 3D metrology provides valuable insights for research into new materials and the development of orthopedic implants and sports products.

ARAMIS provides precise measurement data on strains, displacements and deformations, which energy-producing companies can use to optimize their systems and ensure safe operation.

Optical measurement technology is widely used in the field of civil engineering. It helps researchers to obtain the desired measurement results faster, more reliably and more cost-effectively.

The precise full-field ARAMIS measurement results improve the accuracy of material parameters. Existing evaluation methods are optimized and thus become more reliable, such as the determining of flow and forming limit curves. Some material tests are only possible because ARAMIS measurements are carried out with a non-contact method and the results have a high spatial resolution. They are used, for example, in tensile, shear, compression and three-point bending tests as well as in high-speed and temperature tests.

ARAMIS is used for stiffness analyses, vibration analyses, fatigue strength tests and crash tests. The measurement results form the basis for determining product service life forecasts or load limits and optimizing the geometry layout. In the load test, the system records the real component geometry including the non-linear deformation behavior and allows a direct comparison with the FEM data.

The ARAMIS sensors provide information on material properties, the deformation behavior of components and the boundary conditions of test setups. These are input parameters for the simulation models as well as comparison variables for optimization and validation. The software enables the import of FE data from ABAQUS, PAMSTAMP, LS-DYNA and ANSYS, AUTOFORM as well as their 3D alignment in space and to the measurement data.