Trilion Quality Systems ARGUS

Description
ARGUS is a proven evaluation system for sheet metal stamping. Originally developed for the automotive industry, it is now widely used in steel and aluminum stamping factories and other institutions. ARGUS employs a PC and an industrial, digital CCD camera system. ARGUS measures the deformation of sheet metal in the stamping process, performing an automatic circle grid analysis of the entire part or areas of interest, for die verification, material forming verification and stamping lot quality control. The large number of data points and the graphic display of the results provides an easy verification of the entire shaping process. To evaluate the stamping process, A regular dot pattern is etched onto the sheet metal surface, prior to forming. In the forming process (stamping, hydroforming, magnetoforming, etc.), this dot pattern is distorted as it deforms with the sheet, but it stays visible in spite of the forces and the frictions involved in the forming process. The shaped metal sheet is then grabbed from different views using a high resolution CCD camera. From the individual images, the evaluation software calculates the 3d-position of each dot and the relation to its neighboring points.The results are the 3d-coordinates of the dots on the sheet metal. From the differences of the dot distances the program calculates the strain and determines the forming limit diagram. Common uses include: - Optimizing the stamping, hydroforming or other forming process - Estimating and optimizing multi-stroke stamping tools - Detecting and verifying areas with critical deformations or wall thinning (hot spots) - Verifying and optimizing numerical simulation programs for forming processes - Assessing characteristics and quality of the material lots - Die analysis and optimization - 3D shape confirmation
Description
ARGUS is a proven evaluation system for sheet metal stamping. Originally developed for the automotive industry, it is now widely used in steel and aluminum stamping factories and other institutions. ARGUS employs a PC and an industrial, digital CCD camera system. ARGUS measures the deformation of sheet metal in the stamping process, performing an automatic circle grid analysis of the entire part or areas of interest, for die verification, material forming verification and stamping lot quality control. The large number of data points and the graphic display of the results provides an easy verification of the entire shaping process. To evaluate the stamping process, A regular dot pattern is etched onto the sheet metal surface, prior to forming. In the forming process (stamping, hydroforming, magnetoforming, etc.), this dot pattern is distorted as it deforms with the sheet, but it stays visible in spite of the forces and the frictions involved in the forming process. The shaped metal sheet is then grabbed from different views using a high resolution CCD camera. From the individual images, the evaluation software calculates the 3d-position of each dot and the relation to its neighboring points.The results are the 3d-coordinates of the dots on the sheet metal. From the differences of the dot distances the program calculates the strain and determines the forming limit diagram. Common uses include: - Optimizing the stamping, hydroforming or other forming process - Estimating and optimizing multi-stroke stamping tools - Detecting and verifying areas with critical deformations or wall thinning (hot spots) - Verifying and optimizing numerical simulation programs for forming processes - Assessing characteristics and quality of the material lots - Die analysis and optimization - 3D shape confirmation

Suppliers

Company
Product
Description
Supplier Links
ARGUS -  - Trilion Quality Systems
Plymouth Meeting, PA, USA
ARGUS
ARGUS
ARGUS is a proven evaluation system for sheet metal stamping. Originally developed for the automotive industry, it is now widely used in steel and aluminum stamping factories and other institutions. ARGUS employs a PC and an industrial, digital CCD camera system. ARGUS measures the deformation of sheet metal in the stamping process, performing an automatic circle grid analysis of the entire part or areas of interest, for die verification, material forming verification and stamping lot quality control. The large number of data points and the graphic display of the results provides an easy verification of the entire shaping process. To evaluate the stamping process, A regular dot pattern is etched onto the sheet metal surface, prior to forming. In the forming process (stamping, hydroforming, magnetoforming, etc.), this dot pattern is distorted as it deforms with the sheet, but it stays visible in spite of the forces and the frictions involved in the forming process. The shaped metal sheet is then grabbed from different views using a high resolution CCD camera. From the individual images, the evaluation software calculates the 3d-position of each dot and the relation to its neighboring points.The results are the 3d-coordinates of the dots on the sheet metal. From the differences of the dot distances the program calculates the strain and determines the forming limit diagram. Common uses include: - Optimizing the stamping, hydroforming or other forming process - Estimating and optimizing multi-stroke stamping tools - Detecting and verifying areas with critical deformations or wall thinning (hot spots) - Verifying and optimizing numerical simulation programs for forming processes - Assessing characteristics and quality of the material lots - Die analysis and optimization - 3D shape confirmation

ARGUS is a proven evaluation system for sheet metal stamping. Originally developed for the automotive industry, it is now widely used in steel and aluminum stamping factories and other institutions. ARGUS employs a PC and an industrial, digital CCD camera system. ARGUS measures the deformation of sheet metal in the stamping process, performing an automatic circle grid analysis of the entire part or areas of interest, for die verification, material forming verification and stamping lot quality control. The large number of data points and the graphic display of the results provides an easy verification of the entire shaping process.

To evaluate the stamping process, A regular dot pattern is etched onto the sheet metal surface, prior to forming. In the forming process (stamping, hydroforming, magnetoforming, etc.), this dot pattern is distorted as it deforms with the sheet, but it stays visible in spite of the forces and the frictions involved in the forming process. The shaped metal sheet is then grabbed from different views using a high resolution CCD camera. From the individual images, the evaluation software calculates the 3d-position of each dot and the relation to its neighboring points.The results are the 3d-coordinates of the dots on the sheet metal. From the differences of the dot distances the program calculates the strain and determines the forming limit diagram.

Common uses include:

- Optimizing the stamping, hydroforming or other forming process
- Estimating and optimizing multi-stroke stamping tools
- Detecting and verifying areas with critical deformations or wall thinning (hot spots)
- Verifying and optimizing numerical simulation programs for forming processes
- Assessing characteristics and quality of the material lots
- Die analysis and optimization
- 3D shape confirmation

Supplier's Site

Technical Specifications

  Trilion Quality Systems
Product Category Property Testing Equipment
Product Name ARGUS
Unlock Full Specs
to access all available technical data

Similar Products

Permeometer - 4301N - Gurley Precision Instruments
Gurley Precision Instruments
Specs
Properties Analyzed Absorption / WaterAbsorption; Densometry / Pore Size
Test Media Textiles; Paper
Display & Special Features Analog
View Details
Portable Marine BN Analyzer - FluidScan 1200 - AMETEK Spectro Scientific
Specs
Methods, Technology & Standards ASTM D2896, ASTM D7889, ASTM E1655
Test Media Petroleum
Mounting / Loading Options Handheld, Portable or Field
View Details
SHEAR -  - Trilion Quality Systems
Trilion Quality Systems
View Details
Test Bench for Determination of the Pyrometric Cone Equivalent (Refractoriness)  - Pyrometric Cone Equivalent: PCE 428 -  - NETZSCH-Gerätebau GmbH
Specs
Properties Analyzed Refractoriness of Ceramic Materials
Test Media Ceramics
Mounting / Loading Options Benchtop or Laboratory
View Details