ARAMIS helps to better understand material and component behavior and is ideally suited to monitor experiments with high temporal and local resolution. ARAMIS is a non-contact and material independent measuring system providing, for static or dynamically loaded test objects, accurate:
ARAMIS is the unique solution delivering complete 3D surface, displacement and strain results where a large number of traditional measuring devices are required (strain gauges, LVDTs extensometers, ...).
The same system setup is used for multiple applications and can be easily integrated in existing testing environments.
The ARAMIS software provides real-time results for multiple measurement positions from the test objects surface.
These are directly transferred to testing devices, data acquisition units or processing softwares (e.g. LabView, DIAdem, MSExcel, etc.) and are used for:
As part of complex process chains, optical measuring systems have become important tools in industrial processes in the last years. Together with the numerical simulation they have significant potential for quality improvement and optimization of development time for products and production.
ARAMIS strongly supports the full-field verification of FE-simulations. Determining material parameters with ARAMIS helps to evaluate and improve existing material models. The import of FE result datasets allows to perform numerical full-field comparisons to FE simulations for all kind of component tests.
AThus finite element simulations can be optimized and are getting more reliable.
The entire measuring, evaluation and documentation process is carried out within the integrated ARAMIS Software.
The full potential of the available hardware is used to capture and evaluate the measuring area efficiently and with high accuracy.
Learn more about the functionality of the powerful ARAMIS Software in the Software pages.
The PONTOS system records analog signals to trigger the image capturing and to document the load situation and the measuring sequence.
|Frame Rate (Hz)||up to 15 (29)||up to 15 (29)|
|Camera Resolution (pixel)||1624 x 1236||2448 x 2050|
|Measuring Area||mm² to > m²||mm² to > m²|
|Strain Measuring Range (%)||0.005 up to > 2000||0.005 up to > 2000||Strain Measuring Accuracy (%)||up to 0.005||up to 0.005|
|Image Memory||uses PC RAM||uses PC RAM|
|Tool Free Mounting||●||●|
|Integrated Cable Guide||●||●|
|Positioning Pointers||1 or 3||1 or 3|
|Control Device||Sensor Controller||Sensor Controller|
|Specimen Temperature||typ. -100°C up to +1500°C||typ. -100°C up to +1500°C|
|Frame Rate (Hz)||up to 168 (1334)||up to 58 (464)||up to 500 (4000)|
|Camera Resolution (pixel)||2400 x 1728||4000 x 3000||1280 x 1024|
|Measuring Area||mm² to > m²||mm² to > m²||mm² to > m²|
|Strain Measuring Range (%)||0.005 up to > 2000||0.005 up to > 2000||0.005 up to > 2000|
|Strain Measuring Accuracy (%)||up to 0.005||up to 0.005||up to 0.005|
|Image Memory||uses PC RAM||uses PC RAM||uses PC RAM|
|Tool Free Mounting||●||●||●|
|Integrated Cable Guide||●||●||●|
|Positioning Pointers||1 or 3||1 or 3||1 or 3|
|Control Device||Sensor Controller||Sensor Controller||Sensor Controller|
|Specimen Temperature||typ. -100°C up to +1500°C||typ. -100°C up to +1500°C||typ. -100°C up to +1500°C|
On request, there is a special High Speed configuration available, with frame rate up to 5000Hz (1000000Hz) and camera resolution up to 1024 x 1024 pixel.