All-In-One: GOM Suite Offers Four Software Variants for Experts
The GOM Suite gives you access to all services and software variants from GOM’s industry-leading metrology and optical inspection software on one platform. The GOM Suite is the complete solution for your quality assurance and can be tailored directly to your needs.
Quality increases customer satisfaction. Today, 3D metrology enables numerous manufacturing companies to monitor and optimise their quality processes.
GOM, a company of the ZEISS Group, offers an all-in solution for quality analysis with its industry-leading software. In addition to the established software solutions GOM Inspect and GOM Correlate, the Braunschweig-based company provides software packages for additional user groups with the launch of two new products: with GOM Volume Inspect as measurement and inspection software of volume data, industrial CT users are addressed. GOM Blade Inspect is designed for users in the aerospace industry and also meets the metrological requirements of the gas turbine sector.
With the new GOM Suite, users have direct access to all GOM software variants and GOM services, such as training courses or the GOM Forum.
“Besides making it as easy as possible for our customers to get started with the software, we also want to give them all the supplementary offerings at hand,” explains Stefan Zerbst, Manager of Software Development at GOM.
The continuous further development of the GOM software close to the needs of the customers and its all-in-one concept, which allows the entire workflow to be covered and used independently of the system, is what makes it so attractive to many customers.
GOM Inspect: Industrial standard for 3D inspection
Being a professional inspection software for 3D data, GOM Inspect supports its users in simple or complex inspection tasks – from scanning the part to be inspected via mesh editing, CAD import, required GD&T analyses up to trend analysis, digital assembly, or proprietary inspection. Due to its parametric concept, the software automatically stores each individual inspection step: all working steps are easily traceable, repeatable and editable. In addition, a template can be created for each process step, which is then available for future tasks at the push of a button. This simplifies and accelerates recurring measurements, which leads to a clearly demonstrable increase in efficiency, especially in series production.
GOM Volume Inspect: Extensive options for CT data analysis
For industrial CT technology, GOM has developed software that builds on the company’s many years of experience in metrology: GOM Volume Inspect visualises volume data and intuitively guides the user through the inspection of internal structures. This allows users to make high-precision statements about the quality of the measuring objects and to visualise geometries, defects, structures and assembly situations very individually. As with the other software variants from GOM, numerous reporting tools are available to the user: snapshots, videos, volume slices, tables, diagrams, texts and graphics can be easily integrated into the measuring report.
GOM Blade Inspect: Individual and high-precision evaluations on gas turbines and in aerospace
For parts from the aerospace industry or gas turbine sector, the smallest details are often crucial, as the quality of the parts has a direct impact on safety, durability, or fuel consumption. With the new GOM Blade Inspect software, the company offers a targeted solution for this industry.
Standardised inspection functions can be combined with application-specific evaluations. The analysis of profiles and turbine blades includes: inspection of the profile mean line, profile centroid and the profile thickness of turbine blades based on 2D sections. Radii and torsion can also be computed.
GOM Correlate: Digital image correlation and moving image analyses
GOM Correlate evaluates 2D or 3D data based on digital image correlation and provides detailed information on displacement, strain and deformation of material samples and parts under load or in motion. By using videos, dynamic processes can be captured precisely, analysed individually and evaluated in a targeted manner, for example, for the standardised determination of material parameters.
One of the application-specific features is vibration analysis that can be well used in the aerospace and automotive industries. A shaker or the blow of a hammer stimulates the fan blade to vibrate, while the ARAMIS sensor captures the 3D displacements. GOM Correlate displays the displacements of all points measured full-field or point-based at the occurring vibration frequencies in all three spatial directions. These data form the basis for calculating the operational deflection shapes (ODS) and comparing them with the simulated vibration shapes.
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