TRITOP Professional

Measuring with Photography

 

TRITOP Professional software is used to analyze the high-resolution images produced by the TRITOP measurement system. Features such as reference points, contrast lines and adapters are determined quickly and accurately, and displayed in the software including the calculated 3D coordinates. The TRITOP measurement system and the matching software can be used to measure and inspect not only small components but also larger parts such as are used in the construction of trains, ships and wind power units.

From 3D Coordinates to Full Inspection - Complete work process in a single software

 

Combining the TRITOP system with the TRITOP Professional software makes it possible to process 3D point coordinates. A user-friendly graphical interface enables operators to process and evaluate the measurement data. The TRITOP software supports work in quality control and component testing in the field of modern development and manufacturing processes. The basic software functions include capturing measurement points and processing them to model 3D point clouds as well as monitoring image quality. Tools such as CAD data import, the import of measurement plans, alignment, point deviations from CAD, calipers, angles and diameters, vector fields, GD&T analysis and reporting are available for the purpose of quality control and results analysis.

Static Deformation Analysis

 

The TRITOP Professional software can be used to analyze mechanical and thermal loads on objects (structure and climate chamber testing). Shifting the reference points makes it possible to determine the movements and deformation of all components in a particular object.

Parametric Inspection

 

Parametric inspection is a tried and proven software concept in which each individual element retains its path of creation. All evaluation steps can be traced and therefore easily modified and adjusted. A one-button solution updates all dependent elements automatically after changes have been made. Parametric inspection is also used on numerous data records for trend and deformation analysis. This makes it easy to analyze several components or stress phases within a single project. With the TRITOP measurement system and full parametric inspection, GOM has therefore standardized the function base for deformation analysis.

Deformation Analysis

 

Evaluation features are available for the deformation analysis of points. They define and analyze motions and deformations on the basis of a component concept. To make this possible, inspection points are divided into coherent groups. Transformations or corrections to rigid body movements can then be calculated for these components.

Reverse Engineering

 

ATOS Core measures millions of measuring points with finest details. ATOS software automatically calculates the 3D coordinates in the form of a high-resolution point cloud (ASCII/STL). The calculated polygon mesh describes free-form surfaces and regular geometries and establishes the base for creating a CAD model during reverse engineering. For reverse engineering the scan data into mathematically described surfaces (NURBS surfaces) or solids, the data can be exported as a STL or as an ASCII point cloud. The export of cross-sections, tape and contrast lines as well as geometries in IGES format is possible. The actual conversion of the scan data into a CAD surface model requires special software packages. Some CAD programs currently include modules for reverse engineering. To make sure that the CAD surfaces correspond to the scanned data, this newly created surface data can be imported into the ATOS software. Afterwards, the deviations of the two datasets can be calculated and visualized using false color plots. Reverse engineering is used primarily in design and product development to digitize manually created design models, for example in automobile and prototype construction, as well as transferring manual changes to the models to the CAD. In product development in particular, the measurement data improves the simulations because it ensures that the actual form of the model matches the form of the computer model that is used in the simulation. Machine construction is also an important field of application for reverse engineering. Not only can CAD data be generated, for example for older tools or duplication, but manual changes on the tool can also be transferred back into the CAD dataset during testing or repair.

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ADM is the brainchild of a group of highly-skilled professionals with in-depth exposure to solve the special problems in industrial field. ADM co founded in 2005 with the concept of “PERFORMANCE WITH EXCELLENCE”.     Read More

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3819955720

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