Why 3D Measurement is So Important to the Aerospace Industry

3D measurement tools are quickly revolutionising the aerospace industry. From design to development to assembly, 3D scanning captures high-resolution data with the upmost accuracy to provide unrivalled efficiency across the aerospace industry.

It’s offering countless benefits in an industry that relies on quick solutions to complex manufacturing processes, highlighting why 3D measurement is so important to the aerospace industry. Let’s take a closer at ways in which 3D measurement is helping to improve aerospace industry:

Product Inspection

3D scanning has exceptional measuring capabilities that are invaluable for product inspections across the sector. Using millions of data points, the scanning technology can instantly gather massive volumes of data in an unobtrusive manner that is simply unrivalled.

In terms of product inspections, 3D scanning can instantly gather high-resolution geometric data and use software to complete a final product inspection using the most precise product dimensions possible.

Basically, 3D scanning is much faster and accurate at gathering important product information needed throughout the quality inspection process. Even those smallest errors invisible to the human eye are picked up using the technology.

Traditionally, scanning complex shaped aerospace products such as turbine blades require a much more time-consuming process that isn’t error free. Sometimes it can even result in damage to the parts, highlighting why 3D measurement is becoming so important for quality inspections.

Reverse Engineering

After scanning with 3D measurement technology, design teams have access to precise geometric data that can be used to reverse engineer almost anything. For example, the 3D scanning data of a turbine blade can be used to completely re-manufacture the product to the exact same measurements.

Almost any aerospace component - be it blades, nozzles, vanes, housings etc. - can be reversed engineered using 3D measurement. This significantly reduces the time and resources needed to design, develop, and manufacture in the aerospace industry, resulting in cost-effective engineering without a reduction in quality.

Repairing and Maintenance

Given the important of safety in the aerospace industry it’s no surprise that 3D measurement is being used to make repair and maintenance easier and more efficient.

Every product cycle in the aerospace industry involves maintenance checks and repairs, so having access to technology that can precisely measure the dimensions of the product and check for any issues is a massive advantage.

For example, 3D scanning can be used to determine the amount of wear and tear on any aerospace component. It can also inspect the quality of any repair work and measure entire surfaces of damaged components to see what repairs are needed.