Measurement of Fixtures in Automotive Production

Measuring Systems: TRITOP

Keywords: Welding fixture, jig, clamps, adjustment pin

In automotive production, the individual parts are hold in fixtures. For checking these jigs, they are measured with TRITOP and readjusted, if required.

Measuring Characteristic Features Using the Optical Measuring Machine TRITOP CMM

Measuring Systems: TRITOP

Keywords: Hole pattern, primitive location, Verification, Fixtures

Measuring tasks that so far could only be performed using tactile 3D coordinate measuring machines, measuring arms or measuring aids, can now be carried out easily and efficiently with the TRITOP CMM system as it does not require any complex and maintenance-intensive hardware.

Optical Digitizing by ATOS for Press Parts and Tools

Measuring Systems: ATOS, TRITOP

Keywords: Springback, trimming, milling, casting

During recent years, optical sensors like the ATOS system for digitizing sheet metal parts and tools have been more and more used in the industry. In the following you can see how the nominal/actual comparison of sheet metals is used in the automotive industry for analysis and inspection purposes and on various applications in tool manufacturing.

3D Digitizing in Tool and Moldmaking

Measuring Systems: ATOS, TRITOP

Keywords: Milling, Forms and casts, Try out analysis

In tool and mold making it is important to capture the actual contour of a part. The traditional method for the acquisition of measuring data is time-consuming and requires transporting the tool to the measuring setup. Powerful digitizing systems, based on the principle of fringe projection, are an integral part of industrial process and measuring chains and constitute a good alternative.

Quality control of a sheet metal part using digitizing and adequate inspection tools

Measuring Systems: ATOS

Keywords: Springback, Trimming, Hole pattern, Edges

With ATOS feature lines, like border lines and holes, can be accurately defined and the data is included in the digitized 3D point cloud data. From this data, Quality Control software packages can derive fast individual data points, data defining geometrical elements and border lines as well as the form of the surface.