Explore Airfoil Inspection in GOM Inspect Suite

Tailored High Precision

More than 30,000 components form the engine of an aircraft. The smallest details matter as they have an immediate impact on safety, engine durability and fuel consumption. This is why quality control is absolutely necessary here.

With a GOM system, you can measure a complete blisk in less than one hour or a turbine blade within a few minutes. These scan data build a digital twin of the part. GOM Inspect offers specific inspections for the aerospace industry. You can create these yourself and integrate them into the workflow at any time — without any programming knowledge.

Your Benefits Using GOM Inspect Suite

GOM Inspect Suite combines general inspection functions with application-specific evaluations. The native quality control functions for the analysis of airfoils and turbine blades include: inspection of the profile mean line, profile centroid and the profile thickness of turbine blades based on 2D sections. The center of gravity, radii and twist of the profile can also be computed.

Furthermore, you can create a user-defined inspection principle, your own labels or your own reporting templates.

New Aerospace Features in GOM Inspect

Higher Productivity

GOM Inspect makes your work easier: Significantly fewer clicks and therefore less manual effort lead to higher productivity. GOM Inspect Suite 2020 offers many new features. Among others, the program simplifies the inspection of blisks or ”bladed disks” for the user.

Improved Blisk Inspection

Once an inspection has been defined for a blade, it can be automatically repeated for any number of blades on the blisk. The automatic position generation also supports the user in completely capturing the blisk and simplifies the inspection.

Aerospace — An Industry of Superlatives

Long development cycles combined with a high degree of customizing, this is what characterizes the aerospace manufacturing industry. Furthermore, safety and quality of the products have top priority and are closely monitored by legislation. In addition, digitization and Industry 4.0 are also on the rise: many challenges for companies in the industry.

While, for example, the machining process for blisks is long, the time spend on measuring should be as short as possible. Due to the long processing time, OEMs are increasingly opting for automated optical measuring solutions that deliver fast, reliable and repeatable results in minutes rather than hours. 


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