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How ARAMIS stacks up against Displacement Sensors

How ARAMIS stacks up against Displacement Sensors

Optical metrology analyzes the mechanical properties and behavior of all kinds of materials in various test scenarios. GOM's ARAMIS systems can be integrated into existing test environments, test benches, and testing machines. The non-contact sensors measure full-field 3D strain and deformation of soft and rigid materials under mechanical or thermal load. Thus, conventional extensometers and strain gauges can easily be replaced by GOM's real-time 3D surface deformation analysis systems.

When to use Traditional Displacement Monitors

  • In product design, for wall thickness and reinforcements, etc.
  • To fulfill all requirements regarding product safety and reliability
  • To provide long-term benefits by gaining know-how for future projects
  • To provide essential information for calculating realistic models in simulation processes and virtual test programs
ARAMIS ROI vs displacement sensors

 

How can Digital Image Correlation Replace Displacement Monitors?

The ARAMIS system, mounted on a material testing machine, offers the ability to quickly calculate all material properties according to common ASTM and ISO standards.

The ARAMIS Kiosk Mode offers a simplified interface for test machine operators to easily collect and analyze the data according to common standards. This automated process reduces test lead time and operator variability.

 

 

How ARAMIS stacks up against Extensometers

1 min read

How ARAMIS stacks up against Extensometers

Measuring Strain in Materials Testing Materials testing is critical to input simulation models with the correct information. Engineers have been...

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How ARAMIS stacks up against strain gauges

How ARAMIS stacks up against strain gauges

Strain gauges (or gages) have long been the tool of choice for engineers to measure local strains on the surface of the materials, providing axial or...

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