GOM Blade Inspect Pro
Satisfies the most demanding standards
Cutting-edge technology in the sky: Modern aircrafts are constantly exposed to environmental conditions, subjected to severe stress and are often used to transport passengers and air cargo. The aerospace industry uses GOM 3D metrology systems to measure components or entire aircrafts and to create digital twins at a high speed. GOM Blade Inspect is a powerful analysis and inspection software that supports the systems in the background. You can use GOM Blade Inspect to evaluate the status of any turbine part at any time during its life cycle: during the design phase, the manufacturing process, routine maintenance or in the event of necessary repairs.
The software features analysis tools that were tailor-made for the aerospace industry. Extensive know-how - e.g. in the fields of aerodynamic profiles or structural parts - has been incorporated into the software design. With GOM Blade Inspect Pro you will be even more efficient: workflows take less time, the active parametric kernel supports all the repetitive processes you want to automate.
GOM Blade Inspect – advantages for you
Inspecting components in the aviation industry or gas turbine parts requires extensive expertise and experience - this is where the experts come in. GOM Blade Inspect Pro caters to experts and their needs - saving your time and money.
Features for experts
GOM Blade Inspect comes with features designed specifically for measuring and inspecting various aircraft and gas turbine components, including turbine blades, guide vanes and wing products. You can execute axial, bitangential or aerodynamic analyses that are specific to certain industries, or inspect the mean profile value or skeleton lines in the software. The automatic surface deviation calculation provides the digital data for visual inspections. You can identify production residues, wear and tear, and surface defects and use the data for adaptive machining.
With GOM Blade Inspect you can meet requirements of individual companies or use proprietary measurement requirements – no problem at all. Trend analysis, digital assembly, virtual clamping, you name it, GOM Blade Inspect Pro boasts a wide variety of features.
You can retrieve even more features from the GOM Packages and add them to your software. The packages offer ready-made solutions, e.g. an efficient blisk measurement which comes in handy when you want to optimize your blisk inspections. We also offer tailor-made packages which will streamline and standardize your work processes and thus reduce process fluctuations. You can download the packages directly in your GOM Suite or in GOM Blade Inspect Pro.
Software Release 2021
The GOM software 2021 is here! Discover the most important changes and convince yourself of the GOM Suite! Do you use GOM Inspect, GOM Volume Inspect, GOM Correlate or GOM Blade Inspect? Learn all about the top features. You can also book webinars or training courses.
GOM Blade Inspect Pro: examples of use
Read how other customers profit from the amazing versatility of the software.
Measuring and analyzing blisks
After completing the inspection of a single blade, GOM Blade Inspect Pro can automatically repeat it for any number of blades on the blisk. The automatic position generation helps the user to capture the entire blisk and simplifies the inspection process.
Measuring and analyzing guide vanes
A guide vane consists of an airfoil, a hub and a shroud. Inspecting an entire guide vane with GOM Blade Inspect Pro is no problem at all.
Measuring and analyzing drums
Drums consist of several blisks. These blisks are friction welded to form a drum. GOM Blade Inspect Pro can also inspect drums in their entirety.
Get started now with GOM Suite
The one-for-all platform GOM Suite offers easy access to GOM software. Here you can: launch the software, access sample data, attend eLearning courses, access the forum, and other services. The GOM Suite also gives you an overview of news and events and provides you with tips and tricks to make the best use of your GOM software.