Trilion Quality Systems ARAMIS

Description
ARAMIS is a powerful optical system for measurement of complex materials and structures for their 3D deformation and strain during loading. This tool is a highly robust, full-field, non-contact strain measuring testing device. The system offers a non-contact measurement of 3D deformation and strain using 3D image correlation methods (digital image correlation, DIC) using high-resolution digital CCD cameras. The object under load is viewed by one (2D) or two (3D) high-resolution digital CCD cameras. The deformation of this structure under different load conditions is recorded by the CCD cameras and evaluated using digital image processing. The results are the 3D-coordinates, 3D displacements, the surface strain and the complete strain tensor. Common uses include: - Materials characterization of metallics, composites, ceramics - Thermal Expansion Measurements - FEM confirmation & boundary condition checking - Fracture mechanics and Estimating stability - Dimensioning components - Examining non-linear deformation behavior - Characterizing creep and aging processes - High-speed deformation & strain measurements
Description
ARAMIS is a powerful optical system for measurement of complex materials and structures for their 3D deformation and strain during loading. This tool is a highly robust, full-field, non-contact strain measuring testing device. The system offers a non-contact measurement of 3D deformation and strain using 3D image correlation methods (digital image correlation, DIC) using high-resolution digital CCD cameras. The object under load is viewed by one (2D) or two (3D) high-resolution digital CCD cameras. The deformation of this structure under different load conditions is recorded by the CCD cameras and evaluated using digital image processing. The results are the 3D-coordinates, 3D displacements, the surface strain and the complete strain tensor. Common uses include: - Materials characterization of metallics, composites, ceramics - Thermal Expansion Measurements - FEM confirmation & boundary condition checking - Fracture mechanics and Estimating stability - Dimensioning components - Examining non-linear deformation behavior - Characterizing creep and aging processes - High-speed deformation & strain measurements

Suppliers

Company
Product
Description
Supplier Links
ARAMIS -  - Trilion Quality Systems
Plymouth Meeting, PA, USA
ARAMIS
ARAMIS
ARAMIS is a powerful optical system for measurement of complex materials and structures for their 3D deformation and strain during loading. This tool is a highly robust, full-field, non-contact strain measuring testing device. The system offers a non-contact measurement of 3D deformation and strain using 3D image correlation methods (digital image correlation, DIC) using high-resolution digital CCD cameras. The object under load is viewed by one (2D) or two (3D) high-resolution digital CCD cameras. The deformation of this structure under different load conditions is recorded by the CCD cameras and evaluated using digital image processing. The results are the 3D-coordinates, 3D displacements, the surface strain and the complete strain tensor. Common uses include: - Materials characterization of metallics, composites, ceramics - Thermal Expansion Measurements - FEM confirmation & boundary condition checking - Fracture mechanics and Estimating stability - Dimensioning components - Examining non-linear deformation behavior - Characterizing creep and aging processes - High-speed deformation & strain measurements

ARAMIS is a powerful optical system for measurement of complex materials and structures for their 3D deformation and strain during loading. This tool is a highly robust, full-field, non-contact strain measuring testing device. The system offers a non-contact measurement of 3D deformation and strain using 3D image correlation methods (digital image correlation, DIC) using high-resolution digital CCD cameras.

The object under load is viewed by one (2D) or two (3D) high-resolution digital CCD cameras. The deformation of this structure under different load conditions is recorded by the CCD cameras and evaluated using digital image processing. The results are the 3D-coordinates, 3D displacements, the surface strain and the complete strain tensor.

Common uses include:

- Materials characterization of metallics, composites, ceramics
- Thermal Expansion Measurements
- FEM confirmation & boundary condition checking
- Fracture mechanics and Estimating stability
- Dimensioning components
- Examining non-linear deformation behavior
- Characterizing creep and aging processes
- High-speed deformation & strain measurements

Supplier's Site

Technical Specifications

  Trilion Quality Systems
Product Category Coordinate Measuring Machines (CMM)
Product Name ARAMIS
Unlock Full Specs
to access all available technical data

Similar Products

Coordinate Measuring Machines (CMM) - AccuArm - SCANOLOGY
Specs
Additional Specifications 6 and 7 axis. S, E, C-Grade. Measurement ranges: 1.5 m to 4.5 m. Probe/contact measurement arm for industrial inspection and reverse engineering.
Application Dimensional Measurement; Profile Measurement
Features Reverse Engineering; Shop Floor Suitable; Temperature Compensation
View Details
HandyProbe Portable Coordinate Measuring Machine -  - FARO CREAFORM
Specs
Application Dimensional Measurement; Profile Measurement
Features Reverse Engineering
Temperature Range 59 to 104 F (15 to 40 C)
View Details
Bridge-type Table Bridge Measurring CMM Machine - MMZ T - Carl Zeiss Industrial Metrology, LLC
Specs
Application Dimensional Measurement; Profile Measurement; Digitizing / Imaging
Features Crash Protection; Offline Programming; Reverse Engineering (optional feature); Shop Floor Suitable (optional feature); SPC Software (optional feature); Temperature Compensation (optional feature)
Temperature Range 64 to 72 F (18 to 22 C)
View Details
Optical Coordinate Measurement Machine (CMM) -  - Bruker Corporation
Specs
Application Dimensional Measurement; Profile Measurement; Angularity / Orientation; Depth Mapping
Mounting Options Free Standing
View Details